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  • Systemic Cardiovascular and Carotid Baroreflex Support of Blood Pressure during Recovery from Passive Heat Stress in Young and Older Adults  Larson, Emily ( University of Oregon , 2024-03-25 ) Much like exercise, heat stress is a profound thermoregulatory, cardiovascular, and autonomic stressor which may promote a distinct post-stress recovery period marked by altered cardiovascular support of blood pressure. ...
  • Heart Holes and Breath Holds: Influence of Sex and Intracardiac Shunt on Pulmonary Gas Exchange Efficiency and Association of Vascular Mediators on Blunted Hypoxic Pulmonary Vasoconstriction in Apnea Divers  Kelly, Tyler ( University of Oregon , 2024-03-25 ) Patent foramen ovale (PFO) has been documented in humans since Galen reported their existence approximately 2000 years ago. PFO has been associated with a variety of negative outcomes such as impaired ventilatory ...
  • Exploration of Corticospinal Excitability During Movement Preparation  Gomez, Isaac ( University of Oregon , 2024-03-25 ) Action preparation is a vital component of healthy goal-directed movement. While several studies have found evidence of transient inhibition of the motor system prior to simple finger movements, the functional role and ...
  • The Examination of Inflammation, Iron Availability, and Patent Foramen Ovale as Factors that Influence Variability in Erythropoietin, Hemoglobin Mass, and Pulmonary Vascular  DiMarco, Kaitlyn ( University of Oregon , 2024-03-25 ) Individual variability in the cardiopulmonary system is often ignored in favor of focusing on group or treatment means. Erythropoietin (EPO) concentrations in response to renal hypoxemia, sea level hemoglobin (Hb) mass (Hb ...
  • Exercise Interventions for Patients with Peripheral Arterial Disease  Harding, Aaron ( University of Oregon , 2024-01-09 ) Peripheral arterial disease (PAD) is atherosclerosis of the arteries outside of the heart and brain, particularly the lower extremities, and represents an advanced burden of cardiovascular disease. Patients with PAD have ...
  • 3D COACHING: SPORTS BIOMECHANICAL ANALYSIS OF COLLEGIATE ATHLETICS (TRACK & FIELD)  ADENIJI, OLA ( University of Oregon , 2024-01-09 ) Athletic (Track & Field) championships have showcased globally the great strength, power, and speed of athletes in a myriad of disciplines. Notably over the last 30 years, steady improvements in championship performances ...
  • UPPER LIMB MOVEMENT IN VIRTUAL AND REAL-WORLD ENVIRONMENTS  Spitzley, Katherine ( University of Oregon , 2024-01-09 ) In recent years, virtual reality (VR) systems have experienced significant technological advancements, resulting in increased accessibility and improved product quality. Early VR systems were limited by low visual quality, ...
  • The Role of Maternal Obesity and Consumption of a Western-style Diet on Offspring Brain Development and Behavior via an Inflammatory Mechanism  Dunn, Geoffrey ( University of Oregon , 2023-07-06 ) Currently almost 1 in every 3 women of childbearing age in the US are classified as obese. Consumption of a diet high in fats and sugars, such as the average American diet, is one of the largest predictors of increased ...
  • Machine Learning and Wearable Sensors for the Estimation of Biomechanical Variables Outside the Laboratory  Donahue, Seth ( University of Oregon , 2022-10-04 ) The miniaturization of sensors and their availability for biomechanical analysis outside of the laboratory has opened whole new areas of research. Wearable sensors have been developed to measure ground reaction forces, and ...
  • The Effects of Increasing Step Rate on Achilles Tendon Stress During Running  Farina, Kathryn ( University of Oregon , 2022-05-10 ) Achilles tendon injuries are one of the most common running related injuries. Injuries to the Achilles tendon are painful, often involve long recovery and rehabilitation, and many patients are non-responsive to current ...
  • Subacromial Shoulder Pain: A Look at Acute Muscle Pain, Acute Relief of Chronic Pain, and an Electromyography Normalization Technique  COOPER, JENNIFER ( University of Oregon , 2021-04-29 ) Shoulder pain is a common orthopedic concern. The pain has a wide range of possible causes and may progress in a number of different manners. One large gap in knowledge is the specific pathway of a chronic condition resulting ...
  • A Simulation-Based Framework for Informing Design of Prosthetic Feet  McGeehan, Michael ( University of Oregon , 2021-04-27 ) Individuals with lower limb amputation face a variety of conditions associated with decreased quality of life, including elevated metabolic cost during ambulation, gait asymmetry, and a variety of psychological disorders. ...
  • Histamine and Cardiovascular Adaptation to Endurance Exercise  Sieck, Dylan ( University of Oregon , 2020-12-08 ) Adaptations associated with repeated aerobic exercise come in many forms and act synergistically to increase the amount of oxygen an individual can consume during exercise. Moderate intensity aerobic exercise causes increased ...
  • Thermal Loading Modalities and Cutaneous Active Vasodilation  Francisco, Michael ( University of Oregon , 2020-09-24 ) In humans, the primary response to increasing internal temperature is increased cutaneous blood flow along with sweating. These reflexes facilitate heat dissipation to the environment by expanding the thermal gradient ...
  • Finding the Signal Within the Noise: Investigating the Interaction Between Histamine, Exercise, and Inflammation  Mangum, Joshua ( University of Oregon , 2020-09-24 ) Histamine is commonly associated with immune responses, typically involved in allergic reactions. It can be released in multiple tissues, including skeletal muscle during exercise; however, it is unknown what it is ...
  • Effects of Fatigue on Balance Control During Dual-task Walking  Chen, Szu-Hua ( University of Oregon , 2020-02-27 ) Fatigue is one of the most frequently mentioned symptoms among older adults. Although there were many studies examining effects of fatigue on walking and balance control, the findings were inconclusive due to methodology ...
  • Detecting Gait Imbalance Following Concussion Using an Inertial Measurement Unit  Pitt, William ( University of Oregon , 2020-02-27 ) Concussion injury is shown to result in acutely impaired dynamic balance control. This impairment can last as long as two months post injury as evidenced by biomechanical metrics derived from data collected during dual-task ...
  • Histamine and the Exercise Responsome  Ely, Matthew ( University of Oregon , 2020-02-27 ) Histamine, a biogenic amine, commonly associated with the immune and inflammatory response is produced and released within skeletal muscle during exercise. The exact role(s) of histamine in the exercise response is largely ...
  • Disruption of Neurorespiratory Control by Acute Inflammation, Neonatal Inflammation, and Perinatal Opioids  Hocker, Austin ( University of Oregon , 2020-02-27 ) Adequate respiratory control is vital, but is disrupted by stressors such as inflammation or opioids. Additionally, early-life stressors may have long-lasting consequences for adult breathing, increasing the risk of disease. ...
  • The Influence of Altering Internal and External Factors Contributing to Metatarsophalangeal Joint Mechanics and their Effects on Running Economy  Day, Evan ( University of Oregon , 2019-09-18 ) The metatarsophalangeal joint serves as the base of support during running once the heel lifts off the ground. However, it is often neglected as a contributor to forward propulsion. Despite being historically overlooked, ...

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Top 301+ Physiology Research Topics For Students

Physiology studies how living things function. It looks at everything from what happens inside cells to how organ systems work. Developing an interesting idea can be tough for students who want to research physiology. 

There are many possible things to explore across different areas of physiology, like the nervous system, heart and circulation, breathing, having babies, and more. To help out, we put together this list of over 300 ideas for physiology research that students can pick from. 

The topics below cover a wide range, from what happens to the body in space to how music changes your heartbeat. They are written for undergraduate and graduate students, with easier and more complex ideas. 

With interesting topics on exercise, cell membranes, sleep, vision problems, and more, there’s something here for every student to discover and explore for their next physiology project, paper, or thesis.

Importance Of Choosing The Right Research Topic? 

Table of Contents

Picking the right research topic is an important first step that sets up your project for success.

  • Helps you keep your research focused, so you can dig deeper into one area instead of just barely covering a lot of areas
  • Shows you are an expert in a specific part of physiology
  • A good topic matches what you find interesting and care about, which keeps you motivated and engaged
  • Choosing a topic you think is cool makes the research process more fun
  • The right topic sets you up to ask good research questions and plan helpful experiments
  • An interesting topic gives purpose to your work and lets you share new ideas with the world
  • A well-picked topic means your research is more likely to get published and noticed

Taking the time to find a creative, focused research topic leads to an exciting project and impactful paper.

Recommended Readings: “ Human Development Research Topics: Top 150+ Exciting Ideas “.

Top 301+ Physiology Research Topics

Our list of the top 301+ physiology research topics is provided according to different categories.

Heart Health

  • Why do hearts sometimes beat irregularly?
  • How blood vessel problems affect heart health.
  • The system that controls blood pressure.
  • How staying active helps your heart.
  • Understanding heart failure.
  • Changes in blood flow as you get older.
  • How a special molecule helps blood vessels work well.
  • How the heart changes after a heart attack.
  • Channels in the heart that help it function.
  • How the nervous system affects heart rate.
  • How do we get oxygen into our bodies?
  • What controls our breathing?
  • A special substance that helps us breathe.
  • Understanding asthma.
  • How we breathe in and out.
  • Keeping our airways relaxed.
  • Adjusting to different altitudes.
  • How our lungs grow and mature.
  • Why do lungs get inflamed?
  • Testing how well our lungs work.

Kidney Health

  • How kidneys clean our blood.
  • What controls blood flow to the kidneys?
  • Balancing salts in our bodies.
  • How kidneys handle sugars and proteins.
  • Keeping our bodies hydrated.
  • Understanding kidney problems.
  • How kidneys handle changes in our body’s pH.
  • Hormones that help our kidneys work.
  • Keeping our kidneys healthy.
  • How kidneys help control blood pressure.

Digestive System

  • How stomachs make acid for digestion.
  • The role of helpful bacteria in our guts.
  • How our intestines absorb nutrients.
  • Moving food through our digestive system.
  • The nervous system in our guts.
  • How bile helps with digestion.
  • Protecting our intestines from harm.
  • How the pancreas makes digestive juices.
  • Communication between our gut and brain.
  • How our bodies know when to eat and stop.
  • How insulin helps control blood sugar.
  • What do thyroid hormones do in our bodies?
  • Understanding stress hormones.
  • Hormones that control calcium levels.
  • How fat hormones affect our metabolism.
  • How hormones work in our bodies.
  • Chemicals that disrupt hormone function.
  • Keeping reproductive hormones in balance.
  • Hormones that help us cope with stress.
  • Hormones that affect growth and development.

Brain and Nerves

  • How brain cells communicate.
  • Channels that help nerves send signals.
  • Chemical messengers in our brains.
  • Brain circuits that control our actions.
  • How the brain changes when we learn new things.
  • Special cells that support our nerves.
  • How our brains remember things.
  • Controlling our movements.
  • How our brains understand the world around us.
  • Understanding brain disorders.

  Muscles

  • How muscles contract to move.
  • Fueling our muscles during exercise.
  • Different types of muscle fibers.
  • How nerves talk to muscles.
  • Feeling tired after using our muscles.
  • Special cells that help repair muscles.
  • Getting stronger through exercise.
  • Losing muscle when we’re sick.
  • Using energy to move our muscles.
  • Understanding how muscles produce force.

Immune System

  • How our bodies fight off germs.
  • How our bodies remember infections.
  • Chemical messengers that help our immune system.
  • How our bodies fight against our cells.
  • Tricks and germs are used to hide from our immune system.
  • How our bodies react to infections.
  • Protecting our bodies from inflammation.
  • Getting older and changes in our immune system.
  • How helpful bacteria in our bodies keep us healthy.
  • Using our immune system to fight diseases.

Environmental Adaptations

  • How our bodies handle extreme temperatures.
  • Special proteins that help when we’re too hot or cold.
  • Getting used to cold weather.
  • Coping with low oxygen levels at high altitudes.
  • Adjusting to changes in oxygen levels.
  • How space travel affects our bodies.
  • Keeping hydrated in hot weather.
  • Antioxidants protect our bodies from harm.
  • Staying active in different climates.
  • Pollution and how it affects our bodies.
  • How babies grow inside their mothers.
  • Changes babies go through in the womb.
  • Chemicals that help organs grow.
  • How mothers and babies influence each other’s health.
  • Why babies born early may have health issues.
  • Hormones that help babies grow before they’re born.
  • Changes our bodies go through during puberty.
  • Our brains change as we grow up.
  • How does what we eat as babies affect us later?
  • Growing and changing as we become adults.
  • Cells are aging and not working as well.
  • How inflammation affects aging.
  • Changes in our hormones as we get older.
  • Our bones and muscles are getting weaker.
  • Losing some brain function as we age.
  • Our immune systems are not working as well.
  • Heart health changes with age.
  • Our bodies use energy differently.
  • How harmful chemicals speed up aging.
  • Tips for staying healthy as we get older.

Reproduction

  • How women’s bodies go through monthly cycles.
  • Hormones that help men make babies.
  • How eggs and sperm join to make a baby.
  • How the placenta supports a growing baby.
  • Feeling ready to have a baby.
  • Hormones that help women during pregnancy.
  • What happens when a baby is born?
  • How women’s bodies make milk for their babies.
  • Women’s reproductive systems change as they age.
  • Medical help is available for people trying to have a baby.

Comparing Animals

  • How animals survive in extreme environments.
  • How organs work differently in different animals.
  • How animals’ brains work in different species.
  • Animals adapt to their surroundings.
  • How animals keep their body temperature steady.
  • Animals breathing underwater.
  • Different ways animals’ bodies handle hormones.
  • Animals have babies in unique ways.
  • Animals adjust their metabolism in winter.
  • Animals’ bodies change during hibernation.
  • How our bodies use energy when we exercise.
  • How our hearts get stronger with regular exercise.
  • What happens to our muscles when we lift weights?
  • Hormones are released when we exercise.
  • Getting used to exercising in hot weather.
  • How our bodies use oxygen when we exercise.
  • Our muscles get stronger with training.
  • How exercise affects our immune system.
  • Resting and recovering after exercise.
  • Tips for athletes to help their bodies recover.

Putting It All Together

  • Studying how different body parts work together.
  • Keeping our bodies balanced and healthy.
  • Nervous and hormonal systems work together.
  • Keeping our energy levels steady.
  • How our hearts and blood vessels work as a team.
  • Listening to feedback from our bodies.
  • Communication between different body systems.
  • Helpful bacteria keep us in balance.
  • Understanding complex diseases from an integrative perspective.
  • The role of our gut bacteria in keeping us healthy.

Tiny Body Parts

  • How cells communicate with each other.
  • How cells transport substances.
  • Cells’ internal messaging systems.
  • How cells divide and grow.
  • Powerhouses inside our cells.
  • How cells cope with stress.
  • Controlling cell survival and death.
  • Cells adapt to tough situations.
  • Cells in our bodies talk to each other.
  • How medications affect cells.

Big Picture Physiology

  • Using math to understand how bodies work.
  • Controlling body processes with math.
  • Analyzing body systems as networks.
  • Keeping body processes in check.
  • Understanding diseases with math.
  • Using computers to understand how cells work.
  • How our bodies react to changes.
  • Studying bodies at different levels.
  • Putting together different body systems.
  • Using numbers to study bodies.

Brain and Hormones

  • How brain hormones control our bodies.
  • How hormones affect our metabolism.
  • Feeling stressed and how hormones are involved.
  • Keeping our bones strong with hormones.
  • How fat hormones affect how we use energy.
  • How hormones do their jobs in our bodies.
  • Chemicals that mess with hormone balance.
  • Keeping reproductive hormones in check.
  • How hormones help us handle stress.
  • Hormones that help us grow and change.

Food and Health

  • How our bodies use the food we eat.
  • Hormones that control when we feel hungry or full.
  • Food affects how our genes work.
  • How helpful bacteria in our guts are.
  • Eating right for staying healthy during exercise.
  • How different foods affect our health.
  • Eating healthy for certain health problems.
  • Eating what our bodies need as we grow.
  • Foods that help us stay healthy as we get older.
  • Tips for eating healthy as we age.
  • How cells move substances in and out.
  • Messaging inside our cells.
  • How cells break down food.
  • Making new cells and dividing.
  • Energy centers inside our cells.
  • Cells fix themselves after stress.
  • Keeping cells alive when things get tough.
  • How cells talk to each other during stress.
  • Cells keep our bodies balanced.

Sensing the World

  • How our bodies sense things around us.
  • How our eyes send messages to our brains.
  • Hearing and how it works in our brains.
  • Smelling and tasting the things around us.
  • Feeling touch and pressure in our nervous system.
  • Channels that help us sense things.
  • Getting used to what’s around us.
  • Our brains process what we sense.
  • Feeling and understanding what’s happening around us.
  • Problems with our senses and how they work.

Making Babies

  • How our bodies make hormones for having babies.
  • How hormones help us have babies.
  • Hormones control when women have babies.
  • Getting ready to have babies.
  • Hormones that help women when they’re pregnant.
  • What happens when babies are born?
  • How mothers make milk for their babies.
  • Women’s bodies change when they’re older.
  • Getting help for having babies.

Cell Messages

  • How cells send messages to each other.
  • Special proteins that help cells send messages.
  • Messaging inside cells with chemicals.
  • How cells talk to each other with proteins.
  • Messaging inside cells with calcium.
  • Cells talking to each other and sharing messages.
  • Cells working together and sharing messages.
  • Cells send messages to each other when they grow and change.
  • Messaging inside cells when things go wrong.
  • How medicines affect cells.

Body Blueprint

  • Understanding how genes make us different.
  • Studying how cells make proteins.
  • Chemicals that change how genes work.
  • How genes cause diseases.
  • Studying how genes work in cells.
  • How genes help us change and adapt.
  • Using genes to personalize medicine.
  • Comparing genes across different living things.
  • Studying how genes and our environment affect each other.
  • Thinking about the right and wrong ways to study genes.

Heart and Lungs

  • How the heart and lungs work together.
  • Keeping our hearts and lungs in sync.
  • How the heart and lungs change with lung problems.
  • Special blood vessels in the lungs.
  • Breathing and keeping our hearts healthy.
  • Muscles that help us breathe with heart problems.
  • The nervous system helps our hearts and lungs.
  • How the heart and lungs work together when things aren’t right.
  • How our hearts and lungs change when we’re active.
  • Studying how our hearts and lungs work together in detail.

Automatic Systems

  • Learning about our automatic nervous system.
  • Our nerves help our hearts work.
  • Our nerves help us breathe.
  • Our nerves help our guts work.
  • How our nerves help us keep the right temperature.
  • How chemicals help our nerves.
  • Problems with our nerves and how they work.
  • Our nerves help keep our bodies balanced.
  • How medicines affect our automatic nervous system.
  • Special medicines that help our nerves.

Energy Management

  • Keeping our energy levels balanced.
  • Hormones that control our energy.
  • Why do some people have trouble with their energy?
  • Our bodies change how they use energy as we get older.
  • Thinking about our energy when we’re sick.
  • Our bodies use energy when we’re active.
  • How our bodies use oxygen when we’re active.
  • Our muscles change how they use energy when we’re active.
  • How our bodies use energy when we’re in different environments.
  • Studying how our bodies use energy in detail.

Blood Vessels

  • Keeping our blood vessels open and flowing.
  • How the lining of our blood vessels works.
  • Small blood vessels and getting blood where it needs to go.
  • Blood vessels are getting wider and narrower to adjust.
  • Chemicals and our nervous system affect our blood vessels.
  • How blood vessels get inflamed.
  • Blood vessels change when we’re active.
  • Blood vessels do not work right when we’re sick.
  • How blood vessels work in different parts of our bodies.
  • Studying how blood vessels work in detail.
  • Learning about the outsides of our cells.
  • How things get in and out of our cells.
  • Channels that help things get in and out of our cells.
  • Messages our cells get from outside.
  • How things move around inside our cells.
  • Chemicals that make up our cell walls.
  • How our cells talk to each other through their walls.
  • How our cells stay together and organized.
  • Problems with our cell walls and how they work.
  • Studying how our cell walls work in detail.

Skin and Insides

  • Learning about the outsides of our bodies.
  • How things get in and out of our bodies.
  • Channels that help things get in and out of our bodies.
  • Keeping things out with our skin and insides.
  • How things move around inside our bodies.
  • Chemicals that make up our skin and insides.
  • How our skin and insides talk to each other.
  • How our skin and insides stay together and organized.
  • Problems with our skin and insides.
  • Studying how our skin and insides work in detail.

Blood and Heart Stuff

  • Learning about blood and how we make it.
  • How our bodies make red blood cells.
  • Special parts of our blood that help it clot.
  • How tiny parts of our blood stop bleeding.
  • How our bodies change blood when we don’t get enough oxygen.
  • How our blood cells stick to the insides of our blood vessels.
  • How blood cells help keep us healthy.
  • Problems with our blood and how it works.
  • Studying how our blood works in detail.

Making New Things

  • How our bodies make new tissue.
  • How special cells in our bodies help us heal.
  • How our bodies use special chemicals to fix things.
  • How our bodies use special cells to fix things.
  • How we use new ways to fix things when our bodies can’t do it alone.
  • How we make special materials to help our bodies heal.
  • How our immune systems help our bodies heal.
  • How our bodies use what’s around us to heal.
  • Problems with making new things in our bodies.
  • Studying how our bodies make new things in detail.

Medicines and Bodies

  • Learning about drugs and how they work.
  • How our bodies use medicines and change them.
  • How medicines work with our bodies to do their jobs.
  • How our bodies move drugs around.
  • How medicines change how our bodies work.
  • How medicines work with what’s already happening in our bodies.
  • How our bodies get used to medicines.
  • Problems with drugs and how they work in our bodies.
  • Studying how medicines work in our bodies in detail.

From this wide range of physiology research topics, you can choose the right one for you so that you don’t have to look for good options on different platforms and websites. 

Top 10 Physiology Research Topics For College Students

Here are the top 10 physiology research topics for college students, which will help you choose the best one for your college projects.

thesis topic in physiology

How Exercise Benefits Brains and Thinking

  • Does being active help the brain work better in memory, learning, and focus as we age?

Food, Gut Bacteria, and Digestion

  • How do healthy foods, probiotics & nutrients affect gut health? Do they help digestive conditions?

Sleep Needs and Performance

  • How does the amount and type of sleep affect daytime energy, reaction time, mental sharpness, and physical ability?

How Eyes and Brains Process Sight

  • How do the eyes catch the light and send it to the visual part of the brain to create images? Can we use this to improve eye health?

Muscles: Training, Ability, Injury Risk

  • What exercise routines best build athletic ability or muscle size and strength? What causes muscle strains and tears, and how can the body recover best?

Chemicals in Bodies and Growth

  • How do chemicals made by glands affect childhood development, metabolism, moods, reproductive health, and aging?

Breathing and Endurance

  • What intensity and length of cardio exercise improves lung strength and blood oxygen transport? How does this boost enduring exercise ability?

Avoiding Sports Injuries

  • How do warm-ups, strength exercises, diet, and rest prevent athlete injuries? What are common contact sports injuries, and how can we lower risks?

Stress and Nervous Systems

  • How do caffeine, music styles, pressure, and test worries physically affect brains and bodies using the nervous system?

Vaccines and Immunity

  • How do vaccines prepare immune cells to fight diseases later? What makes them work well or for less time?

Emerging Trends in Physiology Research

Physiology studies how living things and their parts work normally. Some big new directions happening now are

  • New testing methods like genetics, protein, and chemical makeup exams are used to get lots of data about how systems in the bodywork . This helps find patterns.
  • Looking more closely at diseases, aging, healing, and signs in the body can be used to customize medicine per person.
  • More teamwork between physiologists, engineers, computer experts, and others is needed to model complicated systems in the body.
  • Using machine learning and AI to help analyze, understand, and combine large amounts of body function data.
  • Making tiny artificial human organs and systems to test drugs and study diseases.

Physiology can be a tough subject to predict future trajectories, but we believe the points we have discussed have higher chances of being in trends shortly.

Studying physiology includes many possible research topics that are key to understanding how healthy bodies work and why diseases happen. 

As this area keeps moving forward with new tech and teams from different subjects working together, students have an exciting chance to help make discoveries that could improve medical treatments, improve life, solve biology mysteries, and more. 

Even though picking one focused problem to study seems hard initially, students should consider what interests them and ask their teachers to guide them. 

By narrowing in on a clear question, students can do quality research that could get published or identify new questions no one has answered. What students learn about physiology today could lead to better health or scientific ideas tomorrow.

How can I narrow my options when choosing a physiology research topic?

Start by identifying your specific interests within physiology and then explore related literature to narrow down potential topics.

Are there any online resources for finding physiology research topics?

Yes, several academic journals and websites provide lists of current research topics and trends in physiology.

Can I collaborate with other researchers on a physiology research topic?

Absolutely! Collaboration with peers or faculty members can enrich your research experience and provide valuable insights.

Is it essential to choose a highly specialized topic for my physiology research?

Not necessarily. While specialized topics offer in-depth exploration, broader topics can also lead to valuable discoveries and insights.

How can I stay updated on the latest developments in physiology research?

Attend conferences, subscribe to relevant journals, and participate in online forums or discussion groups to stay informed about current trends and advancements.

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Physiology articles from across Nature Portfolio

Physiology is the branch of the biological sciences that deals with the life-supporting functions and processes of living organisms or their parts. The study of physiology aims to understand how living things work, which can then aid the treatment of diseases.

thesis topic in physiology

Five steps to connect genetic risk variants to disease

Genetic variants contribute to the risk of developing certain diseases, but identifying the genes and molecular pathways under their control has been difficult. Now, a systematic approach to pinpointing these factors yields insights into how a specific pathway in endothelial cells influences the risk of coronary artery disease.

thesis topic in physiology

Maternal rhythms suppress neonatal inflammation

Maternal circadian rhythms influence the health of infants. Cui, Xu and colleagues find that disruption of maternal rhythms impairs neonatal immune cell function and aggravates neonatal inflammatory disorders, which can be rescued by the administration of docosahexaenoic acid (a metabolite found in breast milk).

  • Markus Sperandio
  • Christoph Scheiermann

thesis topic in physiology

Powerful microscopy reveals blood-cell production in bone marrow

A method for imaging the production of blood cells in the bones of mice has revealed the organization of cell lineages, both in a steady state and in response to stressors, such as bleeding and infection.

  • M. Carolina Florian

Related Subjects

  • Bone quality and biomechanics
  • Calcium and vitamin D
  • Cardiovascular biology
  • Circulation
  • Neurophysiology
  • Reproductive biology
  • Respiration

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thesis topic in physiology

Histone H1.0 couples cellular mechanical behaviors to chromatin structure

Hu et al. describe how histone H1.0 regulates myofibroblast activation, linking force generation to nuclear organization and gene transcription.

  • Shuaishuai Hu
  • Douglas J. Chapski
  • Thomas M. Vondriska

thesis topic in physiology

Sorafenib inhibits ossification of the posterior longitudinal ligament by blocking LOXL2-mediated vascularization

  • Longqing Wang
  • Wenhao Jiang

thesis topic in physiology

Cell membrane vesicles derived from hBMSCs and hUVECs enhance bone regeneration

  • Dandan Wang
  • Xuliang Deng

thesis topic in physiology

Visualizing subcellular changes in the NAD(H) pool size versus redox state using fluorescence lifetime imaging microscopy of NADH

Targeted modifications of NAD(H) pool size reveal NADH FLIM is sensitive to changes in NAD(H) pool size, mimicking the effect of redox alterations. This potentially confounds experiments where changes to both modalities occur, such as with aging.

  • Angela Song
  • Nicole Zhao
  • Patrick M. Schaefer

thesis topic in physiology

Activation of lateral preoptic neurons is associated with nest-building in male mice

  • Natsuki Tagawa
  • Hiromasa Funato

thesis topic in physiology

The requirement of the mitochondrial protein NDUFS8 for angiogenesis

  • Qian-wei Xiong

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thesis topic in physiology

Unexpectedly high cardiovascular disease risk in extreme poverty

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Mental health challenges among biologically female sex workers

Female sex workers (FSWs) are referred to as women who consensually exchange sexual intercourse for money or other goods, as a livelihood activity. FSWs are at a higher threat of experiencing violence committed by clients, brothel owners, law enforcement personnel, police, non-paying or intimate partners, families, neighbors, and peers. Traumatic experiences can lead to post-traumatic stress disorder (PTSD), anxiety, depression, and other mental health disorders. Additionally, the constant need to negotiate boundaries, handle difficult clients, and navigate potentially dangerous situations can create chronic stress and exacerbate mental health challenges. As a result, FSWs have a very high propensity for suicidal thoughts, suicide attempts, and other mental disorders. Therefore, it is essential to consider their voices and perspectives when discussing policies, programs, and interventions aimed at supporting their mental health and well-being.

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Comment on: “Lesion area progression in eyes with neovascular age-related macular degeneration treated using a proactive or a reactive regimen”

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thesis topic in physiology

What anaesthesia reveals about human brains and consciousness

The combination of general anaesthesia and neuroimaging holds unique potential for catalysing integrative and translational discovery about human brains and consciousness. By spanning molecular, cognitive and clinical neuroscience, anaesthesia provides a bridge from molecules to mind across species.

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thesis topic in physiology

Comparative study in toothed whales sheds light on menopause evolution

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thesis topic in physiology

Drug discovery by AI trained on aging biology

  • Sebastien Thuault

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thesis topic in physiology

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How To Choose The Best Dissertation Topic For Physiology

Physiology is the scientific study of the functions and processes which occur in living organisms. It is a vast and complex field of study, and the topic of a dissertation is a critical one.

Choosing the right dissertation topic for physiology can be challenging but is essential for ensuring the success of the project. This article will provide guidance on how to select the best dissertation topic for physiology, from understanding the field to writing the dissertation.

It will also provide tips on narrowing down the list of topics, considering a sample size, and preparing a proposal. By following the outlined steps, students will be better positioned to choose a dissertation topic that is suitable for their research and academic goals.

  • It is important to have a thorough understanding of the field and its history when choosing a dissertation topic.
  • When brainstorming potential topics, it is important to take into account personal interests and educational goals.
  • Seeking advice from experts can help narrow down the list of potential dissertation topics.
  • Evaluating existing knowledge and expertise can assist in selecting a suitable topic.

Understand the Field

Entering into the field of physiology requires a deep understanding of the research and theories that have been developed over time.

This includes a thorough exploration of alternative treatments and case studies as they relate to the field.

It is important to be patient and organised when researching the various topics available to ensure the best possible dissertation topic is chosen.

Knowing the latest developments, as well as the history of the field, is key to selecting a dissertation topic that is engaging for an audience that has a subconscious desire to serve others.

Identify your interests

Analyzing personal interests can provide a useful starting point for identifying a dissertation topic in physiology.

Brainstorming potential topics and seeking expert advice can help prospective students to identify topics that match their personal interests and educational goals.

To gain a better understanding of their own interests, students should ask themselves the following questions:

  • What topics have I enjoyed studying in my physiology classes?
  • What do I want to learn more about?
  • What kind of research do I find the most interesting?

With a clearer understanding of their interests, students can then focus on finding specific dissertation topics that match their goals.

Consider Your Expertise

Evaluating one’s existing knowledge and expertise is an important step in selecting a suitable dissertation topic in physiology. Seeking out expert advice can help narrow down the field of potential dissertation topics to those most suitable for the individual. Consulting with professionals in the field of physiology can provide an overview of the current landscape of the field and help identify areas of passion and interest. It is also beneficial to assess one’s own skills and determine if a dissertation topic is within the scope of their abilities. Doing so can provide clarity when choosing a dissertation topic and increase the likelihood of successfully completing it.

Choose a topic that is easy to understand and accessible for everyone.

When selecting a topic for a dissertation in physiology, it is crucial to investigate the accessibility of resources and determine the extent of the topic.

This helps ensure that the research is achievable and that the necessary resources are obtainable to complete the project.

Furthermore, it is important to consider the scope of the topic to ensure that it is manageable within the timeframe of the dissertation.

By researching the availability of resources and thoroughly assessing the scope of the topic, the student can make an informed decision regarding the most suitable topic for their dissertation.

Research the Availability of Resources

Uncovering the resources available for a dissertation in physiology is an essential first step. To be successful, it is important for the researcher to identify sources of information and data that will help support their argument.

This includes the use of libraries, both online and physical, as well as scholarly databases. Additionally, the researcher should be aware of the resources available to them for data analysis, such as software and programmes that can help to visualise and interpret data.

With the right resources in hand, the researcher can feel confident in their ability to choose the best dissertation topic for physiology.

Identify the Scope of the Topic

Having identified the availability of resources to support the dissertation topic, the next step is to identify the scope of the topic. Brainstorming can be a useful tool for narrowing down the scope of the dissertation topic. Testing strategies can then be used to determine whether the scope is manageable or too broad. To do this, it is important to consider the resources available, the timeframe available to complete the dissertation, and the expected output. The following table provides a comparison of the various strategies that can be used to identify the scope of the dissertation topic.

Narrow Down Your List of Topics

Analyzing the research already available on potential topics can help to identify the most suitable dissertation topic for physiology.

Brainstorming ideas and conducting data analysis can help to narrow down the list of topics to those which are the most relevant and interesting.

This process can also help to identify any gaps in the research that need to be addressed and allows for a more focused approach to the dissertation topic.

By taking the time to assess the existing research and narrow down the list of topics, it is possible to choose the best dissertation topic for physiology.

Develop a Research Plan

Once a suitable topic has been chosen, the next step in the dissertation writing process is to develop a research plan.

This plan should include identifying research questions that will be addressed in the dissertation and developing a hypothesis to guide the research.

It is important to ensure that research questions are focused and answerable, and that the hypothesis is both reasonable and testable.

With a well-developed research plan, the student will have a clear and effective road map for their dissertation.

Identify your research questions.

Identifying the relevant research questions is an essential step in choosing the best dissertation topic for physiology.

First, the student should consider the dissertation structure and whether the research methods used will be quantitative or qualitative.

Second, the student should consider the research scope and whether the project is feasible.

Third, the student should develop a set of research questions that are specific, measurable, attainable, relevant, and time-bound.

Lastly, the student should consider whether the research question is aligned with the theories and concepts of physiology.

By taking into account these aspects, the student can identify the research questions that will lead to the best dissertation topic for physiology.

Identifying the relevant research questions is a crucial step in selecting the most suitable dissertation topic for physiology.

Firstly, the student should take into consideration the structure of the dissertation and whether the research methods employed will be quantitative or qualitative.

Secondly, the student should assess the research scope and determine the feasibility of the project.

Thirdly, the student should formulate a set of research questions that are specific, measurable, attainable, relevant, and time-bound.

Lastly, the student should evaluate whether the research question aligns with the theories and concepts of physiology.

By considering these factors, the student can pinpoint the research questions that will lead to the optimal dissertation topic for physiology.

Develop a hypothesis.

Developing a hypothesis provides a structure to the research project and allows for the refinement of the research question. A hypothesis is an educated guess or prediction about the unknown. It is based on existing knowledge and experience as well as information that has been gathered through research. Once a hypothesis has been formulated, it is tested through experimentation or observation. The results of the experimentation or observation are then analysed and compared with the initial hypothesis. Depending on the results, the hypothesis may be refined or rejected. This process of developing tests, analysing data, and refining or rejecting the hypothesis is the cornerstone of the scientific method.

Consult with Experts

Exploring potential dissertation topics with experts provides invaluable insights into selecting the most appropriate topic for physiology.

Brainstorming with professionals in the field can help narrow down potential topics to those that are more suitable for the research goals.

Furthermore, consulting with experts can provide helpful advice on hypothesis testing, which can help guide the development of the dissertation project.

By taking the time to consult with experts in the field, students can ensure the selection of a dissertation topic that is both interesting and achievable.

Develop a Timeline

Creating a timeline of tasks and deadlines is essential for successful completion of a dissertation in physiology. It is important to review key milestones and refine the focus of your dissertation to ensure that the research is completed in a timely and organised manner.

To build a timeline, it is important to:

  • Break down the project into manageable tasks
  • Research potential topics
  • Gather relevant resources
  • Outline the dissertation
  • Write the dissertation
  • Edit and proofread
  • Submit the dissertation

Estimate the amount of time needed to complete each task and allocate time for unexpected obstacles. Schedule regular progress checks and set realistic deadlines that allow for revisions and corrections.

By taking the time to create a timeline that includes milestones and deadlines, the researcher can stay on track and make steady progress towards completing the dissertation.

Conduct Background Research

Once a timeline has been established, the next step in selecting a dissertation topic for physiology is to conduct background research.

It is essential to evaluate the quality of sources when researching, and to adhere to research ethics.

Sources should be reliable, current, and from reputable authors.

It is also important to consider any limitations of the sources, such as bias or outdated information.

Additionally, any use of other people’s work should be properly cited and referenced to avoid plagiarism.

Taking these factors into consideration can help to ensure that the background research is thorough and of high quality.

Formulate a research methodology.

Developing a research methodology for a dissertation in physiology requires careful consideration of the research question, data collection methods, and analytical techniques.

When developing a research methodology, the first step is to identify the goals of the research.

Secondly, it is important to identify the data sources that will be used and the types of data that will be collected.

Finally, it is necessary to consider the analytical techniques that will be used to analyse the data.

To ensure the best results, it is important to be organised, knowledgeable, and patient when formulating a research methodology for a dissertation in physiology.

Developing research goals, identifying data sources, and selecting the most appropriate analytical techniques are integral components of the research methodology process.

Choose a method for collecting data.

Selecting the right method for collecting data is crucial in ensuring accurate and reliable results. The chosen method should be suitable for the research question and should take into account ethical considerations. Important factors to consider when collecting data include cost, accuracy, time, and access to information. Pilot studies can be conducted to test the feasibility of the data collection method and identify any potential issues. The two most common methods for collecting data in physiology-based dissertation topics are interviews and surveys. Interviews provide detailed information from a small sample size, but they can be costly. On the other hand, surveys are cost-effective and can be administered to a larger sample size, but they provide limited information. Each method has its own advantages and disadvantages, and careful consideration should be given when selecting the appropriate data collection method.

Consider a sample size.

When determining an appropriate sample size for a dissertation topic in physiology, it is important to analyse trends related to the research question and investigate methods of data collection. This will provide insight into the number of participants needed for the research to be deemed valid.

It is also important to consider the resources and time available for the research, and the type of data that will be collected. For example, if the study is qualitative, a smaller sample size may be necessary than if the study was quantitative.

Ultimately, choosing an appropriate sample size is a critical step in the research process and should be carefully considered.

Prepare a Proposal

Preparing a proposal is an essential step in creating a research plan for a dissertation.

The proposal should include a data analysis, a literature review, a research methodology, and a discussion of the implications of the research.

When crafting the proposal, it is important to be organised, knowledgeable, patient, and to write in a style that engages the audience.

The proposal should be crafted in a way that appeals to the audience’s subconscious desire to serve others.

When developing the proposal, it is important to ensure that the data analysis and literature review are thorough and accurate.

Contact your manager.

Establishing contact with a supervisor is an important step in designing a successful research plan for a dissertation. Cultivating relationships with faculty members is key, as they can provide advice and guidance regarding the research process. It is important to be organised and proactive when contacting a supervisor, and time management is essential. It is useful to create a timeline of deliverables and deadlines to ensure completion of tasks. Additionally, it is helpful to create a list of questions and topics to discuss with the supervisor. This will ensure that all topics have been addressed and discussed in a timely manner.

Write Your Dissertation

Once the best dissertation topic for physiology has been identified and contact with a supervisor has been made, it is now time to begin writing the dissertation.

It is important to engage peers and network contacts throughout the writing process as they can provide valuable feedback and support.

Working with others can help to ensure the dissertation is well-written and organised, and that it provides a comprehensive and knowledgeable overview of the topic.

Additionally, the language used should be engaging, patient and serve to provide a valuable service to the reader.

By doing this, the dissertation can be a successful and informative piece of work.

Frequently Asked Questions

What is the estimated timeline for completing a dissertation.

Completing a dissertation typically requires a significant time investment. Developing effective research strategies to stay organised and on track is essential. Patience is necessary, as the process may take several months or more to complete. Establishing goals and milestones is key to successful dissertation completion.

What resources are available to help guide my research?

When researching a dissertation topic, resources such as scholarly journals, research databases, and subject-specific guides are available to provide guidance. These can help identify relevant topics, such as the effects of freezing temperatures on the endocrine system. Such sources offer a comprehensive understanding of the subject, allowing for an organised, patient approach to research.

What is the best way to structure the proposal?

Structuring a dissertation proposal begins with brainstorming ideas and conducting a comprehensive literature review. An engaging, organised, and patient approach is necessary to ensure the proposal is well-structured and serves the needs of the audience.

What data collection methods are most appropriate for my topic?

When researching a dissertation topic in physiology, brain imaging and animal models are two suitable methods for collecting data. It is important to adopt an organized, knowledgeable, and patient approach to effectively engage the audience and fulfill their subconscious desires.

Are there any ethical considerations I should be aware of?

When carrying out research, it is important to be aware of ethical considerations such as confidentiality protocols and research ethics. It is essential to ensure that all participants are treated with respect, and their privacy is protected. Research should be conducted in an organised, knowledgeable and patient manner, while engaging the participants in a way that supports their subconscious desire to serve others.

In conclusion, the selection of a dissertation topic in physiology requires careful consideration and planning.

It is important to understand the field, identify one’s interests, consider their expertise, and choose an accessible topic.

After narrowing down the list of topics, a sample size should be considered and a proposal should be prepared.

To ensure the success of the dissertation, it is essential to contact one’s supervisor and obtain their approval.

Following these steps will ensure a successful dissertation experience in physiology.

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Home > FACULTIES > Physiology and Pharmacology > PHYSPHARM-ETD

Physiology and Pharmacology Department

Physiology and Pharmacology Theses and Dissertations

This collection contains theses and dissertations from the Department of Physiology and Pharmacology, collected from the Scholarship@Western Electronic Thesis and Dissertation Repository

Theses/Dissertations from 2024 2024

The Effects of S-glutathionylation on the Structure and Function of the Mitochondrial Calcium Uniporter (MCU) , Arine Pawakian

Theses/Dissertations from 2023 2023

Characterization of A Novel Mouse Model Expressing Human 82-kDa Choline Acetyltransferase: Potential Role in Physiological and Pathological Aging , Hadir EmadElDin AlQot

Mechanisms of Impaired Efferocytosis of Synovial Macrophages in Knee Osteoarthritis , Jasika Bashal

Lipoprotein(a), Oxidized Phospholipids, and Vascular Smooth Muscle Cell Phenotype and Viability , Michael Dunphy

Upstream Regulators and Downstream Signals of YAP/TAZ in NAFLD , Chen Jun Gao

Regulation of Metalloproteinase Activity is Critical for Pulmonary Microvascular Endothelial Cell Barrier Function , Devika P. Jayawardena

Generation Of An Amplifiable Biosensor Based On Conjugation For Detection Of Salmonella In Food Samples , Kyra Keer

Characterizing the Spatial Distribution of Inhibitory Interneurons Across Early Sensory and Association Areas in Callithrix jacchus , Nika Khajehdehi

Identification of Early Diagnostic and Predictive Biomarkers of Cisplatin-Induced Acute Kidney Injury Using Metabolomics , Yong Jin Lim

Adverse Effects and Pharmacokinetic Characteristics of High-Dose Glucocorticoid Treatment in Children with Rheumatic Diseases , Renee X. Pang

Metabolomic Biomarkers for Hypertensive Disease of Pregnancy , Akasham Rajagopaul

Investigating the Role of TRPV4 as a Mechanoreceptor in the Intervertebral Disc , Taylor Dominick Spence Shelton

Non-Renal Alterations of Drug Disposition in Chronic Kidney Disease , Nicholas Tonial

Eukaryotic Elongation Factor 1A1 in Non-Alcoholic Fatty Liver Disease and Metabolism , Rachel B. Wilson

Characterizing How beta-annulated 1,4-Dihydropyridines Inhibit TGF-beta Signalling , Stephanie Wojtowicz-Piotrowski

Effects of High Glucose on Autophagy and Apoptosis in Preimplantation Mouse Embryo Culture , Virginia Wolfe

Functional Validation of Human Multipotent Stromal Cell-secreted Islet Regenerative Proteins , Xin Yue Xie

Theses/Dissertations from 2022 2022

Collagen IV-β1Integrin Regulation of Exocytotic Machinery in Pancreatic Beta-Cell Insulin Secretion , Malina Barillaro

Biomechanical Loading as a Driver of Synovial Neovascularization and Microvascular Dysfunction in Knee Osteoarthritis , Mckenzie Carter

Impaired Efferocytosis in Knee Osteoarthritis , Luigi M. Del Sordo

The Impact of Excess Nutrients, Fatty Acids or Glucose, on BeWo Placental Trophoblast Metabolic Function , Zachary JW Easton

MicroRNAs as Non-invasive Predictors of Preimplantation Embryo Developmental Competence , David C. Hawke

The Hydrophobic Residues in Amino Terminal Domains of Cx46 and Cx50 are Important for their Gap Junction Channel Ion Permeation and Gating , Roa'a Jaradat

Neuronal Nitric Oxide synthase regulates the expression of EAAT4 and GAD65/67 in the murine cerebellum , Gurneet Jassal

The Effect of OATP2B1-Mediated Statin Transport on Beta Cell Dysfunction , Jihoon Kwon

The Arg76 Residue of Cx50, Cx43 and Cx45 is Important for the Formation of Functional Gap Junction Channels , Tianhe Li

The Molecular Mechanisms of Hepatic Mitochondrial Dysfunction in Growth-Restricted Offspring with Hyperlipidemia , Shelby L. Oke

Tracing the Fate of Cytokeratin 19+ Cells During Beta Cell Regeneration Stimulated by Multipotent Stromal Cell-Secreted Effectors , Nazihah Rasiwala

Exploring the effects of spinal cord stimulation for freezing of gait in parkinsonian patients , Olivia Samotus

The Effects Of Autophagy And Proteasomes On TGFβ Signalling And EMT , Charles Brandon Trelford

Roles of STIM1 Cys56 and Cys49 in Store-Operated Ca2+ Entry and Cardiac Rhythm during Myocardial Ischemia and Reperfusion , Kaiyuan Wang

Absence of Enhancer of Zeste Homolog 2 Promotes the Progression of KRAS-Driven Pancreatic Ductal Adenocarcinoma , Xiaoyi Wang

Theses/Dissertations from 2021 2021

Exogenous Surfactant as a Delivery Vehicle for Intrapulmonary Therapeutics , Brandon J. Baer

Maternal Lifelong Western Diet Consumption Impacts Placental and Brain Development in the Term Guinea Pig Fetus , Carlene H. Cihosky

Characterization and modulatory influence of pyruvate kinase muscle isoforms 1 and 2 within the murine pluripotent continuum , Joshua G. Dierolf

Fatty Acid Regulation of the Nrf2/Keap1 Pathway During Mouse Preimplantation Embryo Development , Grace Dionne

Inwardly Rectifying Potassium Channels: Regulators of Myogenic Tone in Cerebrovascular Smooth Muscle , Jacob Fletcher

Investigating the role of interleukin-15 in post-traumatic osteoarthritis , Ermina Hadzic

Modulation of GABAA Receptor by Neurosteroids and Protein Kinases in Health and Disease , Jaymin Jeong

Effects of ergothioneine on endothelial cell and macrophage characteristics, and markers of atherosclerosis risk under high lipid conditions , Daniel Lam-Sidun

Free fatty acid treatment alters autophagy during mouse preimplantation embryo development , Zuleika C. L. Leung

Creating Tools to Study the Signaling and Function of the Adhesion Family of GPCRs , Victor M. Mirka

The effects of decellularized adipose tissue constructs on mesenchymal stromal/stem cell phenotype and pro-angiogenic secretory function. , Yehia Moharrem

Uncovering the Structural Basis for Mitochondrial Calcium Uniporter Dominant Negative Beta Subunit (MCUb) Function , Megan L. Noble

Targeting CCN Proteins in the Treatment of Dermal Fibrosis , Alex Peidl

Characterizing the structural, biophysical and functional effects of S-Glutathionylation on STIM1 Ca2+ sensing , Christian Michael Sirko

Effects of Annexin A5 on Endothelial Inflammation Induced by Lipopolysaccharide-Activated Platelets and Extracellular Vesicles , Brent Jeffrey Tschirhart

Impact of Clinical and Pharmacogenetic Variables on the Risk of Fluoropyrimidine-Related Adverse Events within Ontario , Theodore J. Wigle

Characterizing the Effects of Pyrroloquinoline Quinone (PQQ) Supplementation on Skeletal Muscle Mitochondrial Function and Myogenesis During Oxidative Stress and IUGR. , Allyson J. Wood

Theses/Dissertations from 2020 2020

Developing a model to assess the contribution of cytokeratin 19-expressing cells during multipotent stromal cell-induced islet regeneration , Brianna Ananthan

Investigating pathways associated with intervertebral disc degeneration and back pain. , Geoffrey J. Kerr

The Role of Histone Demethylases in Learning and Memory in the Mushroom Body of Drosophila melanogaster , Crystal Keung

Characterization of Mechanotransduction in Annulus Fibrosus Cells , Min Kyu M. Kim

The Role of TIMP3 in Microvascular Endothelial Cell-Extracellular Matrix Interaction and Regulation of Microvascular Barrier Function , Nidhi Kulkarni

The Role of Synovium and Synovial Macrophages in Experimental Post-Traumatic Knee Osteoarthritis , Yue Lai-Zhao

The Role of Regulator of G Protein Signaling 2 in Inflammatory Cytokine Release in Endotoxemia in Mice , Xin Tong Ma

Mushroom body-specific gene regulation by the SWI/SNF chromatin remodeling complex , Kevin CJ Nixon

The Effects of Maternal Delta-9-Tetrahydrocannabinol and Cannabidiol Exposure on Fetal Heart Development in Mice , Gregory Robinson

Mitogen Inducible Gene-6 in Joint Health and Osteoarthritis , Melina Rodrigues Bellini

Human Genetic Variation in Na+-Taurocholate Co-transporting Polypeptide (NTCP; SLC10A1) and Targeted Slc10a1 Disruption in Mice: Effects on Bile Acid and Rosuvastatin Transport , Laura E. Russell

Pan-Cancer Analysis of Telomerase Reverse Transcriptase (TERT) Isoforms , Mathushan Subasri

Mechanisms of beta-cell deficiency in gestational diabetes and strategies to reverse hyperglycemia , Sandra K. Szlapinski

Molecular Mechanisms Regulating the Platelet Thrombin Receptor PAR4 , Pierre E. Thibeault

Regulators of Ectopic Calcification in a Mouse Model of DISH: A Multi-Omics Perspective , Matthew A. Veras

The amino terminal domains of sheep Cx46 or Cx50 determine their gap junction channel open stability and unitary channel conductance , Benny Yue

Theses/Dissertations from 2019 2019

Absence of Activating Transcription Factor 3 Reduces Severity of Recurrent Pancreatitis and K-RAS Mediated PDAC in Mice , Nawab Azizi

HEI-OC1 Cochlear Cells as an In Vitro Model to Study the Role of Connexins in Ototoxicity and Hearing Loss , Rianne Beach

Assessing the structure-function relationships of the apolipoprotein(a) kringle IV sub-type 10 domain , Matthew J. Borrelli

The Role of Pannexin 1 during Human Adipogenesis in vitro , Jamie Emily Ching

Apolipoprotein(a) Secretion is Modulated by Sortilin, Proprotein Convertase Subtilisin/Kexin Type 9, and Microsomal Triglyceride Transfer Protein , Justin Clark

Identification of Human Postnatal Progenitor Cells with Multifaceted Regenerative Functions , Tyler T. Cooper

Integrin-linked Kinase Modulation of Melanocytic Lineage Cells , Melissa Crawford

Pregestational Diabetes Induced Congenital Heart Defects and Coronary Artery Malformations; Mechanisms and Preventative Therapies , Anish Engineer

The Secretory Pathway Calcium ATPase 2C promotes increased cytosolic calcium levels , Melissa Fenech

Maternal nicotine exposure induces congenital heart defects in the offspring of mice , Elizabeth Greco

Synthesis and Characterization of American Ginseng Polysaccharides Nanoparticles , Vincent Lee

Applications of Hair as a Record of Systemic Exposure to Cortisol , Jeffrey Matthew Levine

Dynamic mechanostimulation of live cells during real-time microscopy , Daniel Lorusso

Excess NO stabilizes the luminal domain of STIM2 in a Cys-specific manner thereby regulating basal calcium homeostasis and store-operated calcium entry , Matthew Novello

Effects of Niacin and Vitamin D on Endothelial Cell Angiogenic Function and Vascular Regeneration During Lipotoxicity , Kia Mae Peters

The role of ATF4 in amyloid-beta-induced neuronal death. , Gillian Petroff

YAP-mediated mechanotransduction promotes fibrotic activity , Michael Racanelli

The Purification of Human Adult Progenitor Cell Types to Promote Angiogenesis , Stephen E. Sherman

Mapping and functional characterization of proteolytic cleavage of murine kidney injury molecule-1 , Saranga Sriranganathan

Phenotypic and Metabolic Plasticity In Canine Cellular Reprogramming , Ian C. Tobias

Oleic Acid Attenuates Palmitic Acid-Induced Impairments in Mouse Blastocyst Development , Maisoon Dafalla Yousif

Theses/Dissertations from 2018 2018

The Role Of FER Kinase In Human Melanoma Growth and Invasion , Shinthujah Arulanantham

The Characterization of Cx31 in Keratinocytes and its Link to Erythrokeratodermia Variabilis et Progressiva , Akina Au

Clinical and Genetic Predictors of Aromatase Inhibitor-Induced Arthralgia , Adrienne Elizabeth Borrie

The 2β Insert Perturbs Folding, Stability and Hydrophobic Exposure of Stromal Interaction Molecules , Steve Chung

The Role of Hand1 in the Development of the Lateral Plate Mesoderm in Xenopus , Victoria A. Deveau

A normalization circuit of attention in primate lateral prefrontal cortex , Lyndon Duong

The Role of p66Shc in Mouse Blastocyst Development , Nicole A. Edwards

Expression of Hepatic Cytochrome P450 Drug Metabolizing Enzymes in Diabetes and Diabetic Nephropathy , Cheng Jay Fang

Clinical And Pharmacogenetic Determinants Of Plasma Factor Xa Inhibitor Systemic Exposure , Markus Gulilat

Role Of The Dorsal Striatum In Learning and Decision Making , Nole M. Hiebert

Investigating the Practical and Clinical Effectiveness of Applying Current Steering to Deep Brain Stimulation for Parkinsonian Gait Therapy , Daphne Hui

The use of current steering during subthalamic deep brain stimulation to alleviate upper limb symptoms of Parkinson's disease , Shabna Iftikar Mohideen

Effects of Maternal Protein Restriction on the Pulmonary Surfactant System during the Early Life and Adulthood , Reza Khazaee

Modulation of parathyroid hormone 1 receptor signaling by extracellular nucleotides , Brandon Kim

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Department of Physiology Theses and Dissertations

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This collection contains theses and dissertations submitted by graduate students under the Department of Physiology for either a Master of Science degree or a Doctor of Philosophy degree.

Recent Submissions

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EFFECTS OF SODIUM BICARBONATE ON GLUCOSE HOMEOSTASIS AND BLOOD PRESSURE IN CHRONIC KIDNEY DISEASE

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A NOVEL NETWORK BASED LINEAR MODEL FOR ENRICHMENT OF SYNERGISTIC DRUG COMBINATIONS

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MODELING THE SIMULTANEOUS EFFECTS OF COPY NUMBER VARIATION AND METHYLATION ON GENE EXPRESSION USING NEXT GENERATION SEQUENCING DATA

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Predictive Inference for Linear and Circular Concomitants with Biomedical Applications

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DEFINING THE ROLE OF AQUEOUS HUMOR PROTEOME IN GLAUCOMATOUS OPTIC NEUROPATHY

Microvascular dysfunction in heart failure with preserved ejection fraction.

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Adenosine Release and Functional Hyperemia in an Isolated Guinea Pig Heart Preparation

Nae1-mediated neddylation is required for postnatal liver development and function.

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Assessment of Renal Ischemia Reperfusion Induced Injury in Male and Female Rats

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ADAM17 AND AGING-RELATED VASCULAR DYSFUNCTION

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The effects of hypertension on neurovascular unit function and structure

The role of ceramide in the regulation of ciliogenesis.

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Genetic mutations cause primary aldosteronism

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This Frontiers Research Topic is launched in a post-pandemic recovery moment within the occasion of the 2nd International Meeting of the Portuguese Physiological Society. Together with the Brazilian Physiological Society and the Spanish Society of Physiological Sciences, multiple initiatives were creatively ...

Keywords : human physiology, neurophysiology, locomotion, exercise physiology, muscle physiology, heart, circulation, respiration, renal physiology, urinary physiology, gastrointestinal physiology, skin physiology, endocrine physiology, reproductive physiology, development, integrative physiology

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1.     Brainstem auditory evoked responses in essential hypertension.

2.     Comparative study of autonomic functions in normotensive and hypertensive subjects.

3.     A comparative study of autonomic functions in patients of hypothyroidism and hyperthroidism.

4.     A study to quantify the exercise stress in terms of oxygen consumption and anaerobic threshold in patients of suspected coronary artery disease during conventional treadmill testing.

5.     Is metabolic equivalent a good indicator of functional exercise capacity in adult asian indian patients of suspected coronary artery disease undergoing cardiac stress test (TMT) using bruce protocol.

6.     To study autonomic function status in subclinical hypothyroid patients.

7.     To study brain stem auditory evoked potential in patients with type II diabetes mellitus.

8.     Autonomic functions in normotensive subjects with family history of hypertension.

9.      Auditory evoked potentials in type II diabetes mellitus patients. 

10. Comparative study of serum lipid profile in premenopausal and postmeno-pausal women.

11. Study of correlation of body mass index, blood pressure and lipid profile in type- II diabetes and healthy individuals.

12. Influence of age and gender on cold pressor test response in adults.

13. Assessment of auditory and visual reaction time in type 2 diabetics.

14. Correlation between hypertension and anthropometric variables in adult men above 30 years.

15. Effect of sleep deprivation on human postural control,audio-visual reaction time and eye hand co-ordination.

16. To evaluate taste sensitivity to phenylthiocarbamide in smokers and non-smokers.

17. Influence of anthropometric indices and exercise on pulmonary function tests in young individuals

18. Effect of pregnancy and labour on maternal oxygen saturation

19. Detection of Primary Hypertension in Adolescent Group

20. Prehypertension – prevalence and risk factors in young individuals – a study

21. Influence of hasya yoga on type 2 diabetics with chronic stress

22. The effect of solid and liquid meal on post-prandial portal vein flow

23. Correlation of physical activity and metabolic syndrome in young adults

24. Heart rate variability and glycemic control in type ii diabetes mellitus

25. Puretone audiometry in industrial workers

26. Study of pulmonary functions in chronic renal failure and the effect of hemodialysis on it

27. Trends of intraocular pressure in different status of women

28. Heart rate variability and Lipid profile in women with Polycystic Ovary Syndrome

29. Sensory nerve conduction studies in Diabetes mellitus

30. Randomized controlled study on the effect of hatha yoga on post myocardial infarction patients with coronary artery disease

31. A study to assess the extent of autonomic dysfunction based on standard cardiovascular tests, in different grades of alcoholics

32. Cardiovascular Indices of Autonomic Functions in End Stage Renal Disease Patients Pre and Post Dialysis

33. Effects of obesity on the heart rate variability

34. Heart rate variability in postmenopausal women co-related with estradiol assay

35. Heart rate variability in hyperthyroid patients correlated with thyroid function tests

36. Prevalence of refractive error among the anaemic and non-anaemic first MBBS students     

37. Lung functions in Non Insulin dependent Diabetes Mellitus in Male subjects without history of respiratory disorders.       

38. Study of Auditory and Visual reaction time in premenstrual and post menstrual phase.

39. Prevalence of obesity in young Indian adults aged between 17 to 22 years and relation of obesity with lipid profile

40. Lung Function tests in Air- Conditioner users. 

41. Examination stress and its correlation with blood pressure, pulse and lipid profile

42. Estimation of serum Ca, Mg & Pi levels during different phases of Menstrual cycle

43. Assessment of incidence of obesity in 1st yr. M.B.B.S. students aged 18-23 yrs & its relation with Cardiopulmonary Efficiency.    

44. A study of cardiopulmonary efficiency in physically trained and untrained subjects 

45. Autonomic function tests in type II Diabetes mellitus male patients.

46. To correlate the body fat percentage with autonomic nervous system activity in post menopausal women.          

47. A study of pulmonary functions in spray painters working in automobile garage.

48. Autonomic functions in hypertensive and Hypertensive diabetic subjects    

49. Study of the normative changes in auditory brainstem response in infants.

50. A study of autonomic functions in normotensive offspring with a genetic predisposition to essential hypertension.

51. A study of tactile sensation and memory in blind and sighted individuals.

52. A study of the effect of nutritional status on heart rate variabilities and skeletal muscle endurance in young adults.

53. Effect of music on exercise induced sympathetic dominance, assessed by autonomic function tests.

54. A study of autonomic functions in patients of bronchial asthma.

55. Effect of obesity reduction on pulmonary function test.

56. Effect of smoking on autonomic functions and pulmonary function tests.

57. A study of Heart Rate Variability &Inflammatory markers in Subclinical Hypothyroidism.    

58. A comparative study of cardiac autonomic functions in practitioners of yoga, trained athletes and individuals of sedentary lifestyle.

59. Assessment of Cognitive Functions in Sleep Deprived Residents and Interns

60. A comparative study to analyse gender differences in nerve conduction parameters of upper limb nerves in healthy adults

61. Study of Neutrophil to Lymphocyte ratio and platelet to Lymphocyte ratio in Hypertensive and Normotensives.

62. Influence of Physiological Factors and Posture induced changes in H-reflex study variables.

63. To Study the effect of long working hours on nerve conduction velocity in chronic computer operators.

64. Effect of weekly oral iron supplementation on cognitive functions in anaemic late adolescent girls.

65. Sural nerve conduction studies in type 2 Diabetes Mellitus patients with clinically undetectable peripheral neuropathy.

66. Sleep deprivation and visual evoked potential changes in rotational shift workers.

67. A study of peripheral nervous system alterations in autoimmune disorder patients

68. ECG as a diagnostic tool for electrolyte imbalance in hemodialysis patients of Chronic Kidney Disease.

69. Effects of salt deprivation and calcium load on the blood pressure.

70. Comparative analysis of the uterine menstrual cycle and the hematological indices of adolescents.

71. Normal electrolyte values in an adult Indian population.

72. Effect of dietary habits, disease patterns and psychological stress on known essential hypertensive patients.

73. Effect of Ph on human erythrocyte shape.

74. Plasma fibrinogen studies in diabetes mellitus.

75. Plasma ascorbic acid levels of pregnant women in a rural area.

76. Serum proteins in protein-energy malnutrition.

77. Arm blood flow and anti-diabetic drugs in men.

78.  lactose intolerance in adolescent girls.

79. The effect of pollution on the nutritional status of pre-school children.

80. The assessment of nutritional status of pre-school children in emohua village.

81. A study of peripheal nervous system alterations in diabetes mellitus patients.

82. Effect of cigarette smoking on lung functions.

83. Effect of salt loading on blood sodium and potassium levels in males and females

84. Influence of haemoglobin genotype on normal blood rheology.

85. Effects of temperature and exercise on limb blood flow in man.

86. Heights, weights, blood pressure, pulse, body surface area, respiratory rates in nigerian pupils of primary school age.

87. Serum and urinary levels of sodium and potassium in a normal adult Indian population.

88. Blood flow in normal nigerians and patients with diabetes mellitus.

89. Estimation of basal metabolic rate (BMR) of adult females in port harcourt.

90. Blood pressure changes during the menstrual cycle.

91. Effect of plantain (musa paradisiaca) on rabbit intestinal motility.

92. Effect of haemoglobin genotype on exercise tolerance.

93. Normal serum calcium levels in random samples of adults in a Indian population.

94. The effect of palm wine on gastric acid secrete

95. An evaluation of the measurement of the specific gravity of blood as a screening test for blood donors.

96. Incidence of colour blindness among university students in Indian rural population.

97. Red blood cell count, packed cell volume and haemoglobin concentration in normal males.

98. Creatinine clearance in pregnancy normalized to lean body mass.

99. A study of peripheal nervous system alterations in Hypothyroid patients.

100. Evaluation of autonomic and pulmonary functions in cervical compressive myelopathies.

101.  Physiological Changes in blood pressure during pregnancy. 

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212 Outstanding Anatomy and Physiology Research Topics

anatomy research topics

Anatomy research topics are among the most complex issues for some college and university students. That’s because this subject involves intriguing definitions and complex concepts. However, this study field keeps evolving, thanks to discoveries and changes that keep emerging. Additionally, anatomy is one of the study fields with high research scope. If pursuing genetics, medicine, or other studies related to the human body, your educator will ask you to research and write papers in this field.

Narrowing down on a topic can be challenging because you need a title to find adequate and relevant information for your paper. Nevertheless, you can pick any of these titles and develop them through research. By taking the time to investigate your topic and analyze the available information, you can produce a paper that will make the educator happy to award you the top grade in your class.

Exciting Anatomy Research Paper Topics

Human anatomy is generally an exciting study field. But some areas in this subject are fascinating. If looking for exciting topics to write about, this category has good ideas for you.

  • Which body parts does acne affect the most?
  • Explain the tear’s anatomical function
  • Explain the keratinization process and its importance
  • Explain the process of forming the human hair
  • What are the evolutionary advantages of fingerprints
  • Explain the skin layers and their role in protecting the body
  • Explain how the integumentary system enhances body hydration
  • Describe the genetic disorders that affect the integumentary system
  • Explain the environmental factors affecting the reproductive system
  • Explain five significant homes in the female reproductive system
  • Explain how oral contraceptives affect the female reproductive system’s physiology
  • Explain how the female fallopian tubes have evolved over time
  • Explain the diseases that affect the human reproductive system
  • Explain the sperm design and its importance during fertilization
  • Why is the reproductive system pH essential?
  • Explain the secondary sexual trait of females
  • Provide an anatomical perspective on the human sexual reproduction
  • Explain why the DNA molecule’s base pairs have nitrogen
  • Explain the human skeletal system’s functions
  • Describe the human skull’s evolution
  • Explain the skeletal system’s role in blood production
  • Explain how ligaments, tendons, and cartilages differ using examples of their structure and function
  • Explain the fracture physiology and its healing process
  • Explain the relationship between the integumentary system and the immune system
  • What’s the integumentary system’s role in the human body?
  • Which physiological changes can occur because of a vitamin deficiency?
  • Explain the cell energy production and storage physiology
  • Explain how anaerobic and aerobic movements differ and their effect on the muscular system
  • Explain the retina features that enable humans to see
  • Explain the optical nerves’ unique features and functions
  • Explain the cataracts physiology
  • Explain the vision adaptation physiology in dark places
  • Describe the human vision’s physiology
  • Explain the special parts of the human eye’s anatomy
  • Explain protein’s role in the development and structure of human muscles
  • How technological development helps in muscle repair
  • Explain the function of neurotransmitters
  • A detailed explanation of the functioning of involuntary muscles
  • A description of the muscle atrophy process
  • Food movement physiology- How food muscles aid food movement in the esophagus
  • Why smooth muscles are essential in the human body
  • Describe muscle contractions using detailed examples
  • What’s the significance of myosin in the muscular system?
  • Explain how the muscular system affects the other human body systems
  • Explain the evolution of cranial bones
  • Human blood anatomical details
  • Blood cells production physiology
  • How does bones structure change after pregnancy
  • Explain how the human muscular system undergoes anatomical changes due to weight training
  • How the cardiovascular system causes anatomical changes to the muscular system
  • The human vertebral column evolution
  • How the human muscular and skeletal system changes from infancy until a person reaches adulthood
  • The physiological and anatomical implications of a poor posture
  • Lifestyle issues that could affect the skeletal and muscular system
  • Anatomical variations between muscular structures of people of different races
  • How brain structure differ anatomically among people of different ethnicities
  • How obesity affects the skeletal system
  • How cartilaginous joints differ from the others in the human body
  • Why synovial fluid is essential to the joins and how the human body maintains their appropriate levels
  • How to maintain a healthy skeletal system

These are interesting anatomy topics to consider for research papers. Nevertheless, students should take their time to investigate these ideas to develop high-quality papers that will impress their educators to award them top grades.

Hot Anatomy and Physiology Research Paper Topics

Maybe you’re looking for a topic that will capture your reader’s attention and prompt them to read the rest of your paper. If so, consider these anatomy and physiology project ideas.

  • The light microscope’s function in structural units study
  • The contribution of early dissection techniques to modern human anatomy
  • Microtome’s role in slicing fragile sections’ specimens
  • Analysis of the gradual achromatic lenses development in human anatomy study
  • How changes in understanding and identification of body structures with naked eyes affect those with a microscopic size
  • Magnifying glasses application in the 17th-century anatomy
  • The impact of blood circulation by William Harvey
  • Why comprehension of modern anatomy matters
  • Analysis of Leonardo da Vinci’s dissections roles with anatomical drawings
  • Analyzing the effects of church prohibition on European medicine’s dissection
  • A case study for Greek anatomical texts during the Dark Ages
  • Why Galen’s books on anatomy and treatment in Europe matter even today
  • Investigating Erasistratus’s contribution in enhancing physiology and anatomy research
  • Analysis of the adaptive changes in body structures during evolution
  • The adaptation of neurons to their information transmission function

All these are exciting project topics in human anatomy. Nevertheless, some of these ideas require in-depth knowledge to draft a winning paper.

The Best Anatomy Project Ideas for College

Are you a college student with an anatomy research project on the way? If yes, consider any of these titles for your paper.

  • How the human anatomy changes during evolution
  • Understanding the nervous system and why it’s essential during evolution
  • Analysis of the fat metabolism physiology
  • Why visceral fat is vital in the human body
  • Oxygen delivery process- How the circulatory system delivers oxygen to different organs
  • How does the respiratory system interact with the cardiovascular system?
  • The impact of the novel coronavirus on the human body
  • Physiological changes that cause asthma
  • Why do lung alveoli have an anatomical significance?
  • Scar tissues development and their importance
  • Explain why squamous epithelial cells are essential to the human lungs
  • The involuntary muscle role and quadriplegia
  • Taking a physiological viewpoint to explain body smells
  • Vitamin B synthesis in the skin
  • Why sweat glands are crucial to body temperature maintenance
  • Explain the integumentary system’s principal functions
  • How a burn affects the other body parts apart from the skin
  • How the body eliminates waste- Explaining the physiological changes that occur during the process
  • Categories of human body glands
  • With at least one sample, explain why the skin is a body organ
  • Understanding the epidermis formation process
  • How the human skin remains waterproof and why this is important
  • How the body responds to a wound or trauma- A step-by-step explanation
  • Why the inflammatory response matters
  • Common allergies physiology
  • The role of anti-inflammatory medication and its function in the human body
  • How antibiotics affect the inflammatory response
  • Explain the immune response physiology in the human body
  • Understanding cancer physiology
  • How an auto-immune disease affects the body
  • Explain how AIDS causes physiological changes and anatomical changes
  • The function and production of growth hormones in the body
  • Explain the physiological significance of the thyroid gland
  • Thyroid gland issues that can cause physiological changes
  • How alcohol affects body inflammation
  • How narcotics consumption can cause brain changes
  • How histamine affects the body
  • Human lungs function in the circulatory system
  • Explain how the gas exchange works between the lungs and body tissues
  • How lungs help in the maintenance of the body’s homeostatic
  • The physiological impact of pneumonia
  • Explain how the body system functions when swimming
  • With at least one example, explain common allergies physiology
  • The human mind functioning and structure- Teenagers case study

All these are brilliant anatomy topics for research. However, they require time for research and analysis to produce winning papers.

Top Anatomy And Physiology Topics for Research Papers

Maybe you need topics that most people will find interesting to read. If so, consider some of the ideas in this category.

  • Why H pylori play a role in peptic ulcers
  • How x-rays can endanger internal organs in humans
  • How the liver’s location impacts its functioning
  • Describing sensory organs and outside stimuli reception
  • Explain human anatomy changes during the aging process
  • How stress, injuries, and exhaustion affect body cells and muscles
  • Analyzing the human digestive tract functioning
  • Genes implication in heredity
  • Factors that hinder the human nervous system’s functioning
  • Impact of the outside environment on the internal body organs
  • How heart diseases can affect the anatomy
  • How chemotherapy can inhibit body parts’ functioning
  • Why thyroid glands matter in the human body functioning
  • Analyzing the human endocrine system
  • Analysis of the cardiovascular system’s network
  • How effective is the immunological memory phenomenon?
  • Human genome project role in understanding anatomy
  • How genes affect athletic performance
  • Analyzing homeostasis, nervous, and endocrine systems
  • Can microchips affect normal human body functioning?
  • How 5G technology affects the internal body organs
  • Which biological factors can affect the neuro-anatomical of memory and learning?
  • What constitutes the human body’s central nervous system?
  • Describe the relationships between Parietal Lobe, Temporal Lobe, and the Medulla Oblongata
  • How sleeping posture affects body parts development
  • The effects of working from home on the human anatomy
  • How lifestyle relates to the human anatomy
  • Investigating the human heart’s susceptibility to attacks
  • How genetic engineering and cloning threats the human anatomy
  • Exploring the relationship between the lymphatic system and the cardiovascular system
  • How the lymphatic system interference affects the human physiology
  • Physical factors that can hinder the human muscular system’s development
  • Investigating the relationship between the normal flora and Helicobacter pylori

Writing about the anatomy and physiology paper topics listed in this section may require background knowledge to develop a quality paper. However, a learner can seek help with research papers from friends or online experts if they start working on any of these topics and then get stuck along the way.

Anatomy and Physiology Research Topics for Great Papers

Writing quality research papers requires extensive research and analysis. Great topics can kick-start the research process that will unveil relevant information to feature in your essay. Here are anatomy paper topics that can help you write brilliant papers.

  • With examples for proving your statement, explain whether human body cells have the same DNA
  • How zinc affects the reproductive system
  • Explain the physiological and anatomical changes that occur during puberty
  • Explain what makes the female reproductive system more complex than the male reproductive system
  • Describe similarities between the female and male reproductive systems
  • Explain the reproductive system’s anatomy and why it’s significant in the evolution
  • How kidneys help in the maintenance of acid-base balance in the body
  • Describing the shivering act from a physiological viewpoint
  • Explain why the human body needs sodium
  • Why does the human body need water?
  • Explain why the human body doesn’t have an intelligent design
  • Describe human body receptors and their roles
  • How human body muscles function
  • The active transport process and its significance in cell survival
  • Understanding the importance of the anatomical position in humans
  • Physiology as a life science- Understanding this statement
  • How anatomy study crosses over with arts
  • Regarding anatomy and physiology, explain why the human body can’t digest some foods
  • Why maintaining pH within a specific range is vital in the human body
  • Anatomical and physiological changes that happen in the human body after death
  • Why RNA matters in the human body
  • Explain the communication system in the human body and its efficiency
  • Explain how schizophrenia affects the body system
  • Why understanding anatomy and physiology is important
  • Describe the body systems that cause a reflex action
  • Explain the immune system and why it’s essential in the human body
  • Explain sugar’s role in the body
  • Does the human body have cold internal organs?
  • Which systems coordinate different body functions?
  • What role does carbon dioxide play in the body?
  • Describe muscles in the body
  • Physiological and anatomical changes that occur in a heroin addict’s body

Students can write quality papers or essays about these topics. But like with the ideas in the other sections, these titles require time and research too.

Best-Rated Anatomy and Physiology Research Paper Topics

Perhaps, you’re looking for top-rated topics for essays and research papers. If so, consider these ideas for your research projects.

  • Top mechanisms for body temperature adjustment
  • Adjustment of the inner body parts to change
  • How bio-molecules help in sustaining life
  • Investigation of mechanisms and chemical processes involved in development and growth
  • How the nervous system and brain help in human physiology regulation
  • The role of homeostasis in physiological processes stability maintenance
  • Investigating the mechanisms and processes that maintain life and survival
  • Why diagnostic specialties like radiology matter in human anatomy
  • How dental and medical students inspect cadavers.
  • Anatomical models for studying the human body
  • Describe the anatomical landmarks on the body surface
  • Why studying anatomical structures is so challenging.
  • Explain the process of embryo development from ovum fertilization to the fetal stage
  • Analyzing the technologies for disassembling organisms to study their internal structures
  • Biological tissues details and organization
  • Virtual reality and 3D modeling role in human anatomy study
  • Why do fewer students want to study cell function and structure?
  • Describe the significant human anatomy studies that scientists have made since ancient Greece, the Middle Ages, and Renaissance
  • Explain the anatomical models for studying the human body
  • Why is the human genome project unique?
  • How climate and weather affect physiological processes
  • Why taking vitamins is essential.
  • How depression and stress affect the human body muscles
  • How dehydration affects the human body
  • Discuss the primary causes of cardiovascular diseases
  • How toxic chemicals impact body organs functioning
  • How substance and drug abuse affect human physiology

You can select any of these titles for your human anatomy essay. However, take your time to research the title you choose and analyze the available information to develop a winning paper. If unable to do that, seek professional assistance from reputable experts online.

Today, you can get thesis help at an affordable price from reliable professionals. And nobody will know that you sought assistance with your paper or essay because you do so online. Instead of submitting low-quality writing, seek cheap help from renowned experts to complete your assignment without breaking a sweat.

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218 Anatomy & Physiology Topics to Research

18 January 2024

last updated

Anatomy and physiology research topics delve into the detailed exploration and explanation of the structure and function of biological systems. They include studies on cellular processes, tissue structures, organ functions, and system interactions in various life forms. Key themes encompass neurophysiology, cardiovascular dynamics, endocrinology, musculoskeletal anatomy, respiratory physiology, and digestive mechanisms. Advanced subjects include genetic influences on anatomy, the impact of disease and aging on physiological function, and the role of modern imaging techniques in anatomical research. The research also focuses on comparative and evolutionary aspects of anatomy and physiology, opening new frontiers in understanding life processes. Hence, anatomy and physiology research topics enhance human health and animal welfare, contributing to biological knowledge.

Best Anatomy and Physiology Research Topics

  • Exploring the Biological Clock: Impact on Human Behavior and Health
  • The Mysteries of Human Memory: A Neurophysiological Approach
  • Roles of Microglia in Neurodegenerative Diseases
  • Physiology of Aging: Unveiling the Cellular Mechanisms
  • Effects of Physical Exercise on Cardiovascular Health
  • Science Behind Muscle Hypertrophy: Physiology and Adaptation
  • Interlinkages between Gut Microbiota and Human Health
  • Nutrition and Digestive System: Impact on Overall Health
  • The Incredible Journey of Red Blood Cells in the Human Body
  • Unveiling the Secrets of the Human Brain: Neuroanatomy Insights
  • Skeletal System Disorders: Causes, Implications, and Treatment
  • Investigating the Interplay Between Hormones and Human Emotions
  • Impacts of Chronic Stress on Physical Health
  • Mitochondrial Dysfunction and Its Role in Metabolic Disorders
  • Endocrine System and Homeostasis: An Essential Balance
  • The Human Eye: Unraveling the Complexity of Vision Mechanisms
  • Unpacking the Biochemistry of Human Metabolism
  • Intricate Design of the Human Nervous System: An In-Depth Study
  • Respiratory System: Understanding Its Efficiency and Limitations
  • The Complex Dynamics of the Renal System and Electrolyte Balance
  • Human Reproductive System: A Focus on Fertility Issues
  • Roles of Autophagy in Cellular Health and Disease
  • The Biomechanics of Human Movement: A Detailed Analysis
  • Skin: The Body’s Protective Barrier and Its Roles

Easy Anatomy and Physiology Research Topics

  • Physiology of Pain: Perception, Pathways, and Management
  • Investigation into the Lymphatic System: The Body’s Silent Guardian
  • Maternal-Fetal Exchange: Exploring the Placenta’s Role
  • Effects of Space Travel on Human Anatomy and Physiology
  • Alcohol and Its Impact on Liver Function: A Detailed Examination
  • Vascular System Adaptation during Exercise: An In-Depth Analysis
  • Tackling Obesity: Unraveling the Role of Leptin and Ghrelin
  • Analyzing the Physiology of High Altitude Adaptation
  • Understanding the Biochemistry of Hair and Nail Growth
  • Exploring the Endocannabinoid System and Its Physiological Roles
  • How Does the Body Respond to Hypoxia?
  • The Human Ear: Deep Dive Into the Mechanism of Hearing
  • A Comprehensive Analysis of Human Reflexes and Reaction Times
  • Telomeres and Aging: Unraveling the Connection
  • Exploring the Function of Astrocytes in the Central Nervous System
  • The Physiological Impact of Meditation on the Human Body
  • Oxytocin: Its Role in Bonding, Birth, and Beyond
  • Functions and Disorders of the Pituitary Gland: An Overview
  • Study on the Neurobiology of Addiction
  • Understanding Somatic vs. Germ-Line Mutations: Implications for Human Health

Anatomy & Physiology Topics to Research

Interesting Anatomy and Physiology Research Topics

  • Nitric Oxide in the Body: A Potent Messenger Molecule
  • Insights Into the Physiology of Human Growth and Development
  • The Sympathetic and Parasympathetic Nervous Systems: A Comparative Study
  • Roles of Adipose Tissue Beyond Energy Storage: A Detailed Review
  • Unraveling the Complexities of the Human Vocal Apparatus
  • Investigating the Role of Antioxidants in Cellular Health
  • Delving Into the Intricacies of Bone Remodeling
  • The Influence of Temperature on Human Physiology
  • The Role of Probiotics in Gut Health: An Exploration
  • Hemostasis and Thrombosis: Understanding the Delicate Balance
  • A Look Into the Biological Mechanisms of Fever Response
  • Human Microbiome: Understanding Its Impact on Health and Disease
  • Physiology of Human Hydration and Dehydration
  • Dissecting the Biochemical Pathways of Drug Metabolism
  • Anatomy of the Human Foot: Exploring Its Complex Structure
  • Implications of the HPA Axis Dysregulation in Stress-Related Disorders
  • Unfolding the Mysterious Mechanisms of Wound Healing
  • Analyzing the Intricacies of the Blood-Brain Barrier
  • Genetic and Environmental Influence on Human Anatomy and Physiology
  • Delving Into the Mysteries of Human Taste and Smell
  • Decoding the Human Genetic Code: Implications for Health and Disease

Anatomy Research Topics for High School

  • Exploring the Neurological Basis of Human Memory
  • Significance of Blood Types and Transfusion Compatibility
  • Roles of the Endocrine System in Human Mood Regulation
  • Anatomical Differences and Similarities Between Primates and Humans
  • Heart’s Electrophysiology: Understanding the Cardiac Cycle
  • Evolution and Function of the Human Vestigial Structures
  • The Effect of Exercise on Lung Capacity
  • Effects of Aging on Bone Density and Strength
  • Sleep’s Impact on Cognitive Function: A Neurological Analysis
  • Autonomic Nervous System and Its Role in Body’s Homeostasis
  • Examining the Mechanisms of Pain Perception
  • Lymphatic System’s Functionality in Immune Response
  • Understanding the Digestive System: From Ingestion to Excretion
  • Roles of Hormones in Adolescent Body Changes
  • Detailed Analysis of the Human Olfactory System
  • Human Skin: More Than Just a Covering
  • Photoreception in Humans: Decoding the Visual System
  • Muscle Fiber Types: Their Role in Exercise and Movement
  • Genetics and Human Eye Color Variation
  • Cellular Process of Wound Healing: A Comprehensive Review

Physiology Research Topics for High School

  • Importance of the Circadian Rhythm in Health and Disease
  • Relationship Between Diet, Metabolism, and Body Weight
  • Roles of ATP in Energy Transfer Within Cells
  • Function and Structure of the Human Ear
  • Cardiovascular System’s Role in Maintaining Homeostasis
  • The Genetic Basis of Inherited Metabolic Disorders
  • Analyzing the Structure of the Human Spinal Cord
  • Decoding the Function of the Hypothalamus in Hormone Regulation
  • Evolutionary Significance of Bipedalism in Humans
  • Interactions Between the Nervous and Muscular Systems
  • Roles of Neurons in Transmitting Signals Across the Body
  • Links Between Hydration and Kidney Function
  • Understanding the Biological Clock and Its Impact on Sleep
  • Mechanisms of Human Growth and Development
  • Influence of Stress on the Human Immune System
  • Examining the Complexity of the Human Hand’s Anatomy
  • Investigating the Biological Processes of Aging
  • Roles of Blood in Nutrient and Oxygen Transport
  • Anatomy of the Human Eye and Vision Disorders
  • Functions and Disorders of the Human Immune System
  • Understanding the Body’s Electrolyte Balance and Its Importance

Anatomy Research Topics for College Students

  • Exploring the Complexities of the Human Immune System
  • Decoding the Structure and Function of the Human Brain
  • Assessing the Physiological Impact of Stress on the Cardiovascular System
  • Roles of DNA and RNA in Cell Division and Growth
  • Chronic Diseases: The Impact on Organ Functioning and Structure
  • The Role of Gut Microbiota in Digestion and Overall Health
  • Understanding the Reproductive System: An In-Depth Study on Fertility
  • Importance of Nutrition in Muscle Growth and Regeneration
  • Neurobiology of Sleep: Examining Circadian Rhythms and Sleep Disorders
  • Exercise Physiology: Impact of Physical Activity on the Human Body
  • Sensory Systems: Unraveling the Mechanics of Perception and Response
  • Roles of the Endocrine System in Homeostasis and Stress Response
  • Anatomy of Aging: Physical and Physiological Changes in Elderly Individuals
  • Regenerative Capabilities of Different Tissue Types in the Human Body
  • Mapping the Human Genome: Implications for Disease Susceptibility
  • Human Metabolism: Understanding Energy Production and Consumption
  • Molecular Mechanisms in Cancer Development and Progression
  • Intricacies of Wound Healing: A Cellular and Molecular Perspective
  • How Does the Respiratory System Respond to High Altitude Conditions?
  • Obesity: Effects on the Cardiovascular and Digestive Systems
  • Uncovering the Secrets of the Human Microbiome
  • Bone Density and Osteoporosis: A Closer Look at Bone Physiology
  • Hematopoiesis Process: Understanding Blood Cell Formation and Maturation
  • Neurotransmitters and Their Role in Human Behavior and Emotions
  • Lymphatic System: Understanding Its Role in Immunity and Disease

Physiology Research Topics for College Students

  • Thermoregulation in the Human Body: A Detailed Examination
  • Physiology of Vision: How Does the Eye Interpret Light and Color?
  • Roles of Hormones in Human Growth and Development
  • Functions and Disorders of the Nervous System
  • Prenatal Development: Tracing the Journey From Fertilization to Birth
  • Roles of Neurons in Memory Formation and Retrieval
  • Physiology of Pain: Understanding Pain Perception and Response
  • Genetic Disorders: Impact on Organ Functioning and Anatomy
  • Influence of Diet on Gut Health and Digestion
  • Study of the Skin: Anatomy, Function, and Related Disorders
  • Exploration of the Role of Stem Cells in Tissue Regeneration
  • Roles of Proteins in Cell Structure and Function
  • Mitochondrial Function and Dysfunction: Implications for Health and Disease
  • The Human Heart: Anatomical Structure and Physiological Function
  • Physiology of Fear and Anxiety: A Neurological Examination
  • Respiratory Physiology: Gas Exchange and Breathing Mechanics
  • Pathophysiology of Diabetes: An In-Depth Study
  • The Liver: Understanding Its Functions and Related Diseases
  • Understanding the Genetics of Human Height
  • Vestibular System: Examining Balance and Spatial Orientation
  • Roles of Glial Cells in the Human Nervous System
  • Study of Connective Tissue: Structure, Function, and Disorders
  • The Impact of Dehydration on Human Physiological Function
  • Investigating the Causes and Consequences of Inflammation in the Body

Anatomy Research Topics for University Students

  • Exploring the Biochemical Processes of Digestion in Humans
  • The Physiological Impacts of Long-Term Space Travel on the Human Body
  • Unraveling the Mystery of Human Memory: Anatomical and Physiological Aspects
  • Examining the Role of Circadian Rhythms in Human Physiology
  • Human Cardiovascular System: A Detailed Examination of Heart Functions
  • Implications of the Human Nervous System on Cognitive and Sensory Functions
  • Researching the Influence of Hormones on Behavior and Mood
  • Effects of Aging on Muscular Strength and Bone Density
  • Mitochondrial Dysfunction and Its Role in Degenerative Diseases
  • Understanding the Physiology of Pain: The Role of Nociceptors
  • How Neurons Communicate: An Investigation Into Synaptic Transmission
  • Lymphatic System and Its Crucial Role in Immunity
  • Comparative Study on Human and Animal Respiratory Systems
  • Relationship Between Physical Activity and Metabolic Rate: A Physiological Perspective
  • Cellular Regeneration: An In-Depth Look Into Stem Cell Biology
  • Physiological Adaptations in Animals Living in Extreme Environments
  • Sensory System of Insects: A Comparative Study to Human Physiology
  • Autonomic Nervous System: The Interface Between Emotional States and Physiology
  • The Complexity of the Endocrine System: A Focus on Hormonal Regulation
  • Functions and Mechanisms of the Human Reproductive System

Physiology Research Topics for University Students

  • Roles of Glial Cells in Neurological Health and Disease
  • Importance of pH Balance in the Human Body and Its Regulation
  • Genetic Disorders and Their Impact on Human Anatomy and Physiology
  • Renal Physiology: A Comprehensive Study of Kidney Functions
  • Mechanisms of Thermoregulation in Homeothermic Animals
  • Unveiling the Intricacies of the Human Visual System
  • How Does the Auditory System Decode Sound Waves Into Information?
  • Physiology of Taste: Understanding the Mechanisms of Flavor Perception
  • Examining the Physiological Responses to Hypoxia
  • Skeletal System: An Investigation Into Bone Growth and Development
  • The Role of the Liver in Metabolism and Detoxification
  • Unpacking the Physiological Impacts of Chronic Stress on the Body
  • Impacts of Nutrition on Human Growth and Development
  • Telomeres and Aging: An In-Depth Analysis
  • The Molecular Mechanisms Behind Muscle Contraction
  • Understanding the Biological Clock: An Overview of Chronobiology
  • Olfactory System: Decoding the Physiology of Smell Perception
  • The Interplay Between the Digestive System and Microbiome Health
  • Comparative Analysis of Bird and Mammal Cardiovascular Systems
  • Effects of High Altitude on Human Respiratory and Cardiovascular Systems
  • Investigation into the Physiological Adaptations of Deep-Sea Creatures

Anatomy & Physiology Project Ideas

  • Exploring the Biological Clock: Understanding Circadian Rhythms
  • Human Brain Plasticity: Neurogenesis and Learning
  • Lung Capacity Differences: Factors Influencing Breathing Volume
  • Investigating the Blood-Brain Barrier: Nature’s Biochemical Shield
  • Unlocking Autophagy: The Body’s Recycling System
  • Muscles and Movements: Kinetics of Human Motion
  • Impacts of Nutrition on Bone Health: A Calcium Study
  • Mystery of Sleep: Impact of REM and Non-REM Stages
  • Cardiovascular Fitness: Exploring Heart Rate and Exercise
  • Digestive System Efficiency: The Science Behind Metabolism
  • Pain Perception: Understanding Neural Pathways
  • Vision Variations: How Does Light Affect Sight?
  • Studying Skin: The Human Body’s Largest Organ
  • Hormones and Emotions: Impact on Human Behavior
  • Lymphatic System: Body’s Silent Defender Against Diseases
  • Roles of Enzymes: Catalysts in Digestion
  • Fascinating Nervous System: Synapses and Signaling
  • Human Microbiome: Impact on Health and Disease
  • Taste and Smell: Exploring Sensory Perception
  • Aging and Physiology: Changes in Organ Function Over Time
  • Power of Regeneration: Comparative Study Between Species
  • Endocrine System: The Influence of Hormones on Growth and Development

To Learn More, Read Relevant Articles

185 astronomy research topics & interesting ideas, 417 history research paper topics & interesting ideas.

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180 Exercise Physiology Research Topics For Students

exercise Physiology Research Topics

We know, you are reading this page because you are looking for the best and most interesting exercise physiology research topics one could possibly find on the Internet. After all, the grade you get on your next research paper depends a whole lot on the quality of the topic you manage to find. If you didn’t know, professors pay attention to what you are talking about.

If you manage to impress them right from the start by choosing an exceptional topic, they will usually give you some bonus points. It can really make the difference between a B and an A or even and A+. This is why we are proud to say that, on this page, you will find 180 unique, 100% original topics related to exercise psychology and kinesiology.

Getting The Best Exercise Physiology Research Topics

Many students don’t really pay attention to the topic they choose for their research papers. Unfortunately, they think that their writing skills alone are enough to convince their professor to give them an A+. As you might have guessed it already, this is not true. You can write an amazing paper on a boring topic (a topic that has been used by 3 other students in your class already) and still not get the coveted A+. So, here is why you should give our topics a try:

All of these topic ideas have been created by our professional academic writers. These people have been writing research papers for years, so they know what professors are looking for. Our exercise physiology research paper topics are not only very interesting to write about, they are also relatively easy. You can find plenty of information online about most of them. These topic ideas are 100 percent free. We want to help students get the top grades they need, which means we would never charge you for some great ideas. We are striving to update the list as frequently as possible. Why? Because we want to be able to help as many students as possible with unique topics for their exercise physiology research papers.

We know, you want to take a look at our exercise physiology research topics. Well, without further ado, here they are – organized neatly into relevant categories:

Kinesiology Research Topics

Are you looking for the absolute best kinesiology research topics on the Internet? Take a look at the list below and pick the topic you love right now:

  • What is kinesiology and what does it do?
  • The effects of physical activity on human cells
  • The benefits of adapted physical activity for athletes
  • Using physical activity to fight disease
  • Arterial stiffness related to physical inactivity
  • The effects of physical activity on neurons

Exercise Science Research Proposal Ideas

Do you need to write a research proposal about exercise science? Of course, we have a great list of exercise science research proposal ideas right here for you:

  • Treatment of athletes’ knee joint injuries
  • Health benefits of a whole-grain diet
  • Healthy nutrition for athletes
  • Physical exercises that alleviate autism symptoms
  • Physical exercise for increasing bone density
  • The effects of caffeine on physical exercise
  • The dangers of sprains
  • In-depth analysis of insulin levels in bodybuilders
  • Outdoor physical activity for treating depression
  • Preventing muscle fiber destruction during physical exercise
  • The link between aggressiveness and physical exercise
  • Exercise therapy as a treatment for osteoporosis
  • Negative effects of intense bodybuilding training

Easy Exercise Science Research Topics

But what if you don’t want to spend too much time working on your exercise science paper? Then you simply pick one of the following easy exercise science research topics:

  • The best exercises for abs
  • The best exercises to get rid of belly fat
  • The importance of warming up
  • Exercises that work the biceps
  • Excellent exercises for legs
  • The latest breakthroughs in exercise science
  • The workout routing for novice bodybuilders
  • The best exercises for triceps
  • Exercises that work the shoulders
  • Targeting the chest during a workout
  • Exercises for arms that you can do at home
  • Exercises that target the glutes
  • 3 methods to get a flat stomach in no time
  • Latest research in exercise science

Exercise Physiology Topics Of Interest In 2023

If you want to talk about the latest advancements and research in exercise physiology, you need to take a look at our list of exercise physiology topics of interest in 2023:

  • The role of exercise physiology in combating obesity
  • The link between aerobic exercise and belly fat
  • Compare aerobic and anaerobic physical exercises
  • Using exercise physiology for heart rehabilitation
  • Can exercise physiology find a cure for diabetes?
  • Analyze the body’s ability to adapt to difficult physical activity

Kinesiology Topics Your Professor Will Love

In case you want a topic that you are guaranteed to be appreciated by your professor, you should definitely pick one of the kinesiology topics your professor will love:

  • Is kinesiology a good career?
  • What I find most interesting about kinesiology
  • Using kinesiology to find underlying causes of health problems
  • Applications of kinesiology in modern medicine
  • Kinesiology applications used by top athletes today
  • Discuss the 3 major principles of kinesiology

Fitness Research Paper Topics

Why wouldn’t you talk about fitness? There is nothing wrong about it because it is a part of physical exercise research. In fact, here are a few great fitness research paper topics:

  • Effects of Zumba on the human body
  • Discuss cross fit training
  • The benefits of stretching before a workout
  • Analyze the benefits of circuit training
  • Is bike riding an effective exercise?
  • Pilates: effects on the body
  • Benefits of taking spinning classes
  • Discuss the way HIIT workouts work
  • Talk about plyometric exercises
  • Best routines for strength training
  • Running and its health benefits
  • Is yoga a form of physical exercise?

University Level Topics

Be aware that university level topics are not as easy to write about. If you want to try writing such a paper, check out the university level topics below:

  • Psychological principles in kinesiology
  • Discuss applied kinesiology in 2023
  • The biomechanics of the human wrist
  • Kinesiology applications in developing prosthetics
  • Developing a diet and workout plan for a bodybuilder from scratch

Controversial Exercise Physiology Topics

There is nothing that could prevent you from writing about a controversial idea. Your professor will love these controversial exercise physiology topics:

  • Depression and suicide rates in young athletes in the United States
  • Anxiety and stress caused by extreme physical exercise
  • Sleep disorders caused by physical exercise
  • Who can afford expert exercise physiology advice?
  • The most controversial exercise physiology papers ever published

Topics That Received High Grades

In our experience, some topics received better grades than others. Here are the topics that received high grades. Give them a try:

  • The best fitness trackers in 2023
  • The beginner’s guide to meal planning
  • The correct ratio of fat, carbs and protein
  • Healthy diets in United States schools
  • A detailed explanation of muscle contraction
  • Making muscle fibers grown
  • Effects of physical activity on the nervous system
  • Conditions that can be cured with physical exercise
  • Discuss the process of healing fractures
  • Effects of physical fitness training dangerous on stroke patients
  • Changes in physical performance of the elderly over the last 50 years in the UK
  • Discuss the pros and cons of the Paleo diet
  • Calculating the amount of protein for bodybuilder meals
  • Movement patterns that lead to injuries
  • The link between physical exercise and a correct posture

Physical Exercise And Health Topics

Want to talk about how physical exercise affects the human health? No problem! Take a look at some of the best physical exercise and health topics for 2023 and possibly even 2024:

  • The link between physical activity and academic performance
  • Physical exercise can boost the immune system
  • Study the physical activity of college students
  • The role of physical exercise in a healthy diet
  • Effects of HIIT exercises on health
  • Cardiovascular health and physical exercise
  • Can physical activity prevent diabetes?

Exercise Science Topics For High School

Are you a high school student? Do you need to write an exercise science academic paper? Then you should definitely take a look at these exercise science topics for high school:

  • Positive effects of sports video games
  • Is running good or bad for our health?
  • Ways to deal with stress as an athlete
  • Things that can affect sports performance
  • Effects of barefoot running
  • Negative effects of prolonged high-intensity interval training exercises
  • Compare and contrast 3 different popular diets
  • Preventing sports-related injuries in high schools
  • Why are some people more flexible?
  • Discuss the term “neuroplasticity”
  • Talk about the psychological effects of physical exercise
  • How do bones develop?
  • The role of the skeleton in maintaining balance
  • Can physical exercise make us better people?

Difficult Kinesiology Topics For High School

But what if you want to write about a more difficult topic? We’ve got you covered. Check out our list of difficult kinesiology topics for high school:

  • Discuss the 3 main principles of kinesiology
  • The neuroplasticity principle in kinesiology
  • The role of kinesiology in biomechanics
  • The adaptation through exercise principle
  • Training elite athletes using the principles of kinesiology
  • And in-depth look at the motor redundancy principle
  • Kinesiology research for developing orthopedics
  • Applications of kinesiology in sport psychology
  • Latest research breakthroughs in kinesiology
  • Is kinesiology a regulated health profession?
  • Using kinesiology to rehabilitate workplace injuries
  • Kinesiology in long-term care applications
  • Benefits of kinesiology for athletes

Health And Fitness Research Topics

Interested about health and fitness? No list would be complete without some exceptional health and fitness research topics, we know. Pick any of these right now:

  • The 10 best exercises to try at home
  • Best cardio exercise for home
  • Improve your fitness and your health
  • Documenting one-s fitness journey
  • Pros and cons of sports supplements
  • The effects of vitamins on your workout
  • A healthy fitness goal
  • Benefits of fitness trackers
  • Discuss the 3 main health benefits of fitness
  • The best health-focused training plan
  • Workouts that help people with depression
  • Negative effects of HIIT on health
  • 3 reasons to avoid physical exercise
  • Doing workouts and preventing injury
  • The importance of the shoes you wear during workouts

Physical Activity Research Topics

If you want to write about physical activity, then you should definitely choose one of our relatively simple physical activity research topics:

  • Effects of brisk walking on the human body
  • The main benefits of jogging
  • The biomechanics behind weight lifting exercises
  • Effects of alcohol on physical activity
  • Physical activity can prevent colds and the flu
  • Discuss the link between physical inactivity and noncommunicable diseases
  • Difference between walking uphill and downhill

Interesting Topics In Exercise Physiology

Our experienced writers and editors managed to compile a list of the most interesting topics in exercise physiology just for you:

  • The tech behind body composition testing
  • Talk about elevation training
  • Interesting hearth rate variability research
  • What is the maximal aerobic speed?
  • Talk about the concept of neuroplasticity
  • Effects physical exercise on cardiovascular health
  • Effects of nutrition on your workouts

Physical Exercise And Mental Health Topics

Yes, physical exercise really does affect mental health. Here are some very nice physical exercise and mental health ideas that you can write about right now:

  • How does physical exercise affect your mental health?
  • Exercises that reduce depression
  • Why is daily exercise so important?
  • Physical signs that you are dealing with stress
  • Exercises that reduce anxiety
  • Exercises that improve your mood
  • Physical exercises for autistic children

Physiology Research Topics For College Students

College students who want to write a research paper about physiology should choose one of these unique physiology research topics for college students:

  • Talk about motor teaching in kinesiology
  • Pick a muscle and analyze its anatomy
  • Analyze the biomechanics of the hip
  • Discuss motor learning in kinesiology
  • An in-depth look a muscle synergies
  • Analyze the biomechanics of the intervertebral joints
  • Gait pattern changes during the human life

Sport Science Research Topics

Interested in some nice sport science research topics that should make writing your academic paper easier? Here is a list of the best ones, just for you:

  • Best ways to monitor the onset of fatigue
  • Discuss the role of wearables in sport science
  • What does sport science do?
  • An in-depth look at hydration testing
  • Monitoring the growth of muscles after exercise
  • Discuss the process of bio-banding
  • Differences between technical, chronological and biological age

Interesting Topics About Kinesiology

Finally, we have a list of the most interesting topics about kinesiology we could think of. Again, all these ideas are original, so don’t hesitate to snatch one right now:

  • Athletes that became famous with help from kinesiology
  • Muscle activation during simple movements
  • Talk about exercises that increase endurance
  • Maintaining correct posture during workouts
  • The biomechanics of running
  • Discuss about the composition of human bones
  • An in-depth look at muscular contractions
  • Best exercises for strength
  • Best 3 ways to make your muscles grow
  • The role of the skeleton
  • Talk about the different types of muscles
  • Discuss the join structure of humans
  • Exercises that increase flexibility
  • The biomechanics of lifting exercises

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170 AP Research Topics

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TheScholarsRepository@LLU: Digital Archive of Research, Scholarship & Creative Works

Home > SAHP > PT > ETD-PT

Theses, Dissertations and Projects - Physical Therapy

Theses/dissertations from 2022 2022.

High-Intensity Interval Training and Biological Age , Trevor Lohman

Theses/Dissertations from 2021 2021

The Impact of Intraneural Facilitation Therapy on Diabetic Peripheral Neuropathy , Kyan Zhra-Sahba Alnajafi

The Influence of Strength and Mobility on Lumbar Biomechanics During Lifting , Christopher S. Patterson

Theses/Dissertations from 2019 2019

Spine Kinematics and Muscle Activities in Non-specific Chronic Low Back Pain Subgroups in Sitting , Mansoor Ahmed Alameri

Relationship between Balance and Physical Activity in Subjects with Non-Specific Chronic Low Back Pain , Muhsen B. Alsufiany

Does self-evaluation and education in students change attitudes and beliefs towards Weight Stigma? , Henry A. Garcia

Effects of Head Motion on Balance in Middle-Aged and Young Adults with Chronic Motion Sensitivity , Ammar E. Hafiz

Effect of Pediatric Ear Infections on Postural Stability , Ohud A. Sabir

Biomechanics and Postural Control Characteristics in Low Back Pain Subgroups During Dynamic Task , Amjad Shallan

Theses/Dissertations from 2018 2018

Effect of Adding Stretching Techniques to Standardized Intervention on Nonspecific Mechanical Neck Pain , Saad S. Alfawaz

Theses/Dissertations from 2017 2017

Effects of Head Motion on Postural Stability in Participants with Chronic Motion Sensitivity , Abdulaziz A. Albalwi

Relationship between Vestibular System, Vision, Anxiety, and Chronic Motion Sensitivity , Ahmad A. Alharbi

The Effects of Frequent Smartphone Use on Children’s Upper Posture and Pulmonary Function , Asma Alonazi

The Effects of Wearing Headscarves on Cervical Spine Proprioception and Range of Motion , Samiah Alqabbani

A Comparison of Neuromuscular Control between Subjects with and without Chronic Ankle Instability , Hatem Jaber

Theses/Dissertations from 2016 2016

Effects of Adjustments to Wheelchair Seat to Back Support Angle on Head, Neck, and Shoulder Postures , Afnan M. Alkhateeb

Effect of Jet Lag on Postural Stability , Faisal M. Al Mubarak

Effect of Heavy Lifting with a Head Strap on the Pelvic Floor across the Menstrual Cycle , Yvonne Biswokarma

Theses/Dissertations from 2015 2015

Physical Therapy after Triangular Fibrocartilage Injuries and Ulnar Wrist Pain , Mohamed A. Abdelmegeed

The Effect of Cervical Muscle Fatigue on Postural Stability during Immersion Virtual Reality , Mazen M. Alqahtani

The Effects of a Novel Therapeutic Intervention in Diabetic Peripheral Neuropathy Patients , Adel M. Alshahrani

Cross-cultural Adaption and Psychometric Properties Testing of The Arabic Anterior Knee Pain Scale , Abdullah S. Alshehri

Effect of Tai Chi Exercise Combined with Mental Imagery in Improving Balance , Abdulrahman Alsubiheen

Effect of Vestibular Adaptation Exercises on Chronic Motion Sensitivity , Danah Alyahya

Muscle Dynamics as the Result of Whole Body Vibration and Plyometrics , Richard Jeremy Hubbard

Theses/Dissertations from 2014 2014

Effect of Monophasic Pulsed Current on the Treatment of Plantar Fasciitis , Abdullah Alotaibi

Screening for Torticollis and Plagiocephaly: The Role of the Pediatrician , Lisa Ann Change-Yee Hwang

Effect of 17β Estradiol & Foot Strike Patterns on Physiological & Biomechanical Changes in Runners , Iman Akef Khowailed

Theses/Dissertations from 2013 2013

Inter-rater Reliability of Lumbar Segmental Instability Tests and the Subclassification , Faisal Mohammad Alyazedi

Sleep-wake Cycle Assessment in Type 2 Diabetes and Salivary Melatonin Correlates , Paula Regina Aguiar Cavalcanti

Anterior Cruciate Ligament Elasticity and Force for Knee Flexion during the Menstrual Cycle in Women , Haneul Lee

Effect of Passive Vibration on Skin Blood Flow in Good Glycemic Control and Poor Glycemic Control Type 2 Diabetics , Kanikkai Steni Balan Sackiriyas

Theses/Dissertations from 2012 2012

Co-diagnosis Frequency of Peripheral Vestibular Disorders and Physical Therapy , Summer M. San Lucas

Postural Sway, EEG and EMG Analysis of Hip and Ankle Muscles during Eight Balance Training Tasks , Yuen Yi Florence Tse

Effect of a Single High-Fat Meal and Vitamins on the Circulatory Response to Local Heat in Koreans and Caucasians , JongEun Yim

Theses/Dissertations from 2011 2011

Virtual Reality Gaming as a Tool for Rehabilitation in Physical Therapy , Abel A. Rendon

Theses/Dissertations from 2010 2010

Aerobic Exercise and Bone Turnover in Trained and Untrained Premenopausal Women , Michelle Prowse

Theses/Dissertations from 2005 2005

The Effect of Posterior Versus Anterior Glide Joint Mobilization on External Rotation Range of Motion of Patients with Shoulder Adhesive Capsulitis , Andrea J. Johnson

Isokinetic Knee Strength in Females with Fibromyalgia , Flora F. Shafiee

Difference in Transverse Plane Scapular Position of Professional Baseball Players Relative to Baseball Field Position , James M. Syms

The Effect of Positioning on Pelvic Floor Muscle Activity as Evaluated with Surface Electromyography in Normals , Karen R. Whitter-Brandon

Theses/Dissertations from 2004 2004

Orthopedic Treatment Outcomes and Physical Therapists' Orthopedic Clinical Specialist Status , Karin Granberg

The Effectiveness of a Physical Therapy Intervention for Children with Hypotonia and Flatfeet , Charmayne G. Ross

Theses/Dissertations from 2003 2003

The Role of Health Promotion in Physical Therapy , Brenda L. Rea

Predicting Sacroiliac Syndrome: The Association Between Noninvasive Sacroiliac Joint Tests and Sacroiliac Joint Injections , Lorraine D. Webb

Theses/Dissertations from 2002 2002

Effect of Electrode Size, Shape, and Placement on Electrical Current and Subject Comfort During Electrical Stimulation , Bonnie J. Forrester

Patterns of Scholarly Productivity in Physical Therapy Faculty , Ardith L. Williams-Meyer

Theses/Dissertations from 2001 2001

The Effects of Education on Fear-Avoidance Behavior of Subjects with Work-Related Low Back Pain , Marie A. Anger

Toward the Optimal Waveform for Electrical Stimulation , Scott Douglas Bennie

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Hot topics and trends in cardiovascular research

1 Department of Cardiovascular Sciences, KU Leuven, Campus Gasthuisberg O/N1 704, Herestraat 49, Leuven, Belgium

2 ECOOM, Department of Managerial Economics, Strategy and Innovation, KU Leuven, Naamsestraat 61, Leuven, Belgium

Wolfgang Glänzel

3 Department Science Policy & Scientometrics, Library of the Hungarian Academy of Sciences, Arany János u. 1, Budapest, Hungary

Karin R Sipido

Associated data.

Comprehensive data on research undertaken in cardiovascular medicine can inform the scientific community and can support policy building. We used the publication output from 2004 to 2013 and the 2014 references to these documents, to identify research topics and trends in the field of cardiovascular disease.

Methods and results

Text fragments were extracted from the titles and abstracts of 478 000 publications using natural language processing. Through machine-learning algorithms, these text fragments combined to identify specific topics across all publications. A second method, which included cross-references, assigned each publication document to a specific cluster. Experts named the topics and document clusters based on various outputs from these semi-automatic methods. We identified and labelled 175 cardiovascular topics and 20 large document clusters, with concordance between the approaches. Overarching, strongly growing topics in clinical and population sciences are evidence-based guidance for treatment, research on outcomes, prognosis, and risk factors. ‘Hot’ topics include novel treatments in valve disease and in coronary artery disease, and imaging. Basic research decreases its share over time but sees substantial growth of research on stem cells and tissue engineering, as well as in translational research. Inflammation, biomarkers, metabolic syndrome, obesity, and lipids are hot topics across population, clinical and basic research, supporting integration across the cardiovascular field.

Growth in clinical and population research emphasizes improving patient outcomes through novel treatments, risk stratification, and prevention. Translation and innovation redefine basic research in cardiovascular disease. Medical need, funding and publishing policies, and scientific opportunities are potential drivers for these evolutions.

Introduction

Current policies for public funding of health research increasingly focus on innovation, with a final goal to improve health outcomes. 1 To support policies, roadmaps are established, for example for diabetes 2 and respiratory 3 diseases. In the USA, the joint Academies developed a document to guide national policy in health 4 with a dedicated document for cardiovascular medicine 5 that includes general directions for research. In Europe, building a roadmap for cardiovascular research is one of the tasks of the ERA-CVD network. 6 Expert opinion guides the exercise but a macro and global-level overview of past cardiovascular research can enrich the debate and strengthen the basis for recommendations. The breadth of cardiovascular research is astounding, 7 with research undertaken across a variety of institutions and with each piece of research having its own scope/focus or topic. It is thus challenging to review and summarize all the research that has been undertaken.

Identifying all the relevant research is the first hurdle to overcome, then classifying or identifying topics of research is the next significant hurdle. Journal classification systems offer little assistance, as they are not granular enough to identify more specific topics within broader fields. Thesauri or medical dictionaries, such as PubMed or the International Classification of Diseases (ICD), do not offer an overview of time-dependent changes in topics or changing concepts.

Identifying key topics using semi-automatic approaches based on text analysis is an alternative solution that takes advantage of recent developments in high-level informatics. As this is not reliant on a predefined classification, it may result in different outcomes. Various methods use natural language processing (NLP) to extract topics or clusters from text. For example, the bibliometric community has compared the results when varying methods are applied to a set of astronomy publications, focusing on the importance having topic expert input throughout the process. 8 The recent CardioScape project analysed abstracts of 2476 research projects awarded 2010–12 as published by funding bodies. The authors assigned research project to topics, based on the abstract text, using a semi-automatic process that tested and trained the data to more quickly allocate abstracts to a topic than depending solely on expert review. They produced a detailed taxonomy or classification of cardiovascular research based on the list of topics of the European Society of Cardiology, creating a hierarchical list of over 600 topics. 9

Here, we aim to identify topics in published cardiovascular research and their evolution between 2004 and 2013, assessing whether they have appeared, disappeared, or changed over time. In a comprehensive approach, we use a combination of existing methods for text mining, network analysis, and clustering, and further develop these tools to handle a large dataset of >400 000 publications.

In our study, we use two different and complementary approaches. A first one detects topics across the collection of publications, counting number of documents, and relations between topics. A second one maps document networks into clusters with an identifiable subject of research. These approaches are described here in brief, with more detail provided in the Supplementary material online .

Data sources

The dataset includes the reference, abstract, address, and citation data for 478 006 cardiovascular publications from 2004 to 2013, including 2014 references to these documents, using an expert informed search strategy and references to core cardiovascular journals, as previously published. 7 The documents span across >5000 journals, and include cardiovascular publications in leading general journals in medical and life sciences ( Supplementary material online , Table S1 ). We obtained the data from Clarivate Analytics Web of Science Core Collection (WoS) through a custom data license held by ECOOM, KU Leuven.

Text pre-processing

We took all titles and abstracts of the above publications, and extracted the noun phrases (text fragments of various lengths) using the NLP framework developed at Stanford. 10 Supplementary material online , Figure S1 illustrates the subsequent data flow for the analysis.

Topic modelling

For this approach, we applied latent Dirichlet allocation (LDA) 11 to the above-mentioned text fragments from the titles and abstracts of all publications. This LDA approach groups the text fragments to identify topics and allocates documents to topics. In this approach, a document contributes to several topics. Of note, general terms or terms that are used frequently across the majority of documents are filtered out as part of the methodology, resulting in groups of highly specific text fragments and, consequently, topics, as illustrated in Supplementary material online , Figure S2 .

At least three cardiovascular experts (listed in the Acknowledgements section) named each topic based on a set of the top 40 text fragments representing a topic. Further rounds of cross-review validated and consolidated the naming process. A final review of all topics ensured naming consistency across the topics and allowed for additional expert-based classification as clinical, basic, or population research.

We then calculated the number of documents that contributed to a topic, using probability analysis in LDA. Furthermore, we calculated the co-occurrence of topics in the publications, and visualized the outcome of this network analysis using VOSViewer ( www.vosviewer.com ). 12

Document clustering

For this second approach, the dataset was reduced to two periods, and we analysed the cardiovascular publications from 2006 to 2008 and those from 2011 to 2013, separately. For each time period, we then calculated the similarities between documents based on the noun phrase text fragments from the titles and abstracts of all publications and based on the references in these publications, using adapted cosine calculations and a hybrid document clustering algorithm, as previously described. 13 We then applied the Louvain 14 community detection algorithm to identify clusters of similar documents. For this method, each document is only located in one cluster. Subsequently, we applied the DrL/OpenOrd algorithm 15 to map and visualize the documents and clusters. We used R 16 in a high-powered cloud-based parallelized computing environment for all operations.

We identified and described the core documents, 13 the most common text fragments, as well as, the most highly cited documents and the most productive authors in each cluster, to name the clusters. For each document cluster, we identified the most highly representative topics from the LDA topic model.

Evolution of cardiovascular topics—trends and ‘hot’ topics

We identified 175 topics, listed alphabetically in Supplementary material online , Table S2 . This list groups specific topics within areas such as atherosclerosis, coronary artery disease, arrhythmias, heart failure, and their evolution over time.

For a visual and comprehensive overview, we prepared a map of the topics and their interrelation, based on co-occurrence within publications using a network analysis ( Figure ​ Figure1 1 A ). This map identifies different categories of research: population (at the top, blue), clinical (left, green/yellow), and basic research (right, red). Large topics in each category define overarching interests such as Evidence-guided-treatment and Outcomes and prognosis in clinical research, and Epidemiology of CVD and risk factors in population research, topics that have seen large growth in numbers of publications since 2004 ( Figure ​ Figure1 1 B ). Cell signalling and gene transcription is a central topic for basic research, with modest growth ( Figure ​ Figure1 1 B ).

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Main areas and organization of research focus. ( A ) Visual presentation of the topics in 2013 and how they relate to each other, based on how often the topics are included in the same publication. Each circle represents one topic and each group of topics is highlighted in a separate colour; the most similar documents and clusters are located closer to each other based on VOSviewer mapping. ( B ) Evolution of overarching topics.

More focused ‘hot’ topics that experienced a large growth in number of publications are presented in Figure  2 .

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Topics with large growth. For population research, the eight topics that increased more than two-fold in volume are shown; for clinical research, 27 topics increased more than two-fold and 10 of these are presented; for basic research only two topics had more than a two-fold increase, and the top 8 growers are presented. Overarching topics are shown in Figure ​ Figure1 1 B .

In population research, risk factors with research on metabolic syndrome, lipids, diabetes, physical activity, and mental health are prominent. In clinical research, patient management after myocardial infarction (MI) and outside the hospital are leading topics, but the true ‘hot’ topic was aortic valve disease that saw a surge of interest, related to transaortic valve repair, starting 2008. Though still small in numbers, heart failure research and stem cells saw substantial growth. This last clinical topic complements the major hot topics in basic research, on stem cells and cardiac repair and tissue engineering. In basic research, increasing translational output in metabolic syndrome and diabetes use mostly mouse models. Focused topics are organelle studies on mitochondria and endoplasmic reticulum.

Table  1 complements the fast growing topics of Figure  2 with additional leading 2013 topics. Most of these also have grown since 2004, but two topics, even if large, seem to have lost momentum, i.e. longitudinal studies on blood pressure, and basic research in cardiac electrophysiology.

Large topics in 2013

PCOS, polycystic ovary syndrome.

Only four topics in clinical, and none in population research, saw a decrease, whereas seven topics in basic research saw a decline in output ( Figure ​ Figure3 3 A ). Across all topics, the growth in publication output, measured as the number of documents in 2013 divided by the number of documents in 2004, was significantly larger in clinical and population research topics than in basic research topics ( Figure ​ Figure3 3 B ).

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Unequal growth of research output across categories. ( A ) Topics that saw a decrease of >5%, i.e. 4/102 clinical and 7/50 basic research topics. ( B ) Average growth in each category. Each dot presents a topic; the values are the fractional growth, i.e. the number of documents in 2013 divided by the number of documents in 2004. Kruskal–Wallis followed by Dunn’s test for multiple comparisons; *** P < 0.0001 basic vs. clinical and vs. population.

When considering the overall output and growth of publications across the categories of population, clinical and basic research, the data suggest that the share of basic research publications is declining.

Document clusters define large research areas and trends

The size of topics represents the activity within each of these—documents contribute to more than one topic. In a complementary approach, we examined how documents group together based on the similarity of their text and of their references, whereby each document can belong to one cluster only, effectively dividing the total publication output into different areas. The hybrid clustering algorithm was applied to two datasets, i.e. the publications from 2006 to 2008 and 2011 to 2013.

In each period, 10 large clusters emerged, accounting for >90% of all documents.

To identify trends, we compare the two periods and examine the evolution over time ( Figure  4 ). In the graph legends, emerging areas are marked by green triangle, decreasing ones with a red triangle. Risk scoring in the population and related patient management are the leading areas, growing over time (top position). In 2011–13, a large cluster emerges that relates to gene and stem-cell therapy, including research on inducible pluripotent stem cells. Documents within this cluster include research on ischaemic heart disease and arrhythmias. Haemodynamics and biomechanics are another emerging area that includes documents on atherosclerosis and vascular diseases such as aneurysms, but also heart failure and assist devices. Aortic valve disease is a newly defined area in 2011–13. Imaging also becomes very prominent as an area in its own right. Whereas in 2006–08, hypertension was a defined area, this is no longer identifiable in 2011–13.

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Distribution of document clusters in 2006–08 and in 2011–13. ( A ) In 2006–08, the 10 largest clusters represent 93% of the total publication output in this period. ( B ) In 2011–13, the 10 largest clusters represent 92% of the total publication output in this period. The colour codes for similar clusters are maintained across the periods. However, some clusters are present in only one period. The clusters are arranged by size, reading clockwise from the top, and the legends arranged accordingly. Red triangles mark clusters that disappeared and green triangles emerging clusters.

For the last period, we also examined the structure and interrelation of clusters, using a graphical rendering, giving insight in the size, composition, and presence of subclusters ( Figure  5 ).

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Document clusters’ map 2011–13. A visual presentation of documents in clusters and subclusters: the most similar documents and clusters are located closer to each other, based on the DrL two-dimensional mapping layout technique.

In this force-directed DrL graph layout, the documents and clusters are mapped to minimize the distance between the most similar documents and maximize the distance between non-linked documents. This produces a two-dimensional co-ordinate layout where the documents closest to each other share the most similarities since they share common text fragments and references. Conversely, documents and clusters on the edges of the graph have the least similarity to other documents or clusters.

Cluster 2 on gene and stem cells is dense and separate, yet touches and interacts with Cluster 5 [acute coronary syndrome (ACS) and MI]. Cluster 9 on imaging is spread out in subclusters at different locations, including one near Cluster 5 (ACS and MI), and one near Cluster 4 (heart failure). Cluster 8 (arrhythmias) is also split with one part closer to heart failure, another to anticoagulation and atrial fibrillation.

Further naming the subclusters is presently beyond reach, as it would require a lot of expert input and resources. However, linking the clusters and the topics adds granularity to the larger research areas and provides internal methodological validation of the cluster naming.

Table  2 presents the most highly associated topics in the ten largest document clusters in each period. Overall, agreement with the LDA topics is high and provides more detail on the research contained in the clusters. E.g., the cluster ‘Haemodynamics’ is now showing different areas of focus, i.e. in congenital disease, aortic, and valvular diseases; the topic ‘Arrhythmias’ is more populated with device research in the second time period compared to the first.

Cluster names and topics present within clusters

AF, atrial fibrillation; ANS, autonomic nervous system; BP, blood pressure; CABG, coronary artery bypass grafting; CRT, cardiac resynchronization therapy; CT, computed tomography; CV, cardiovascular; DES, drug-eluting stent; ECG, electrocardiogram; HF, heart failure; LV, left ventricular; NOAC, new oral anticoagulant; PTCI, percutaneous transluminal coronary intervention; RV, right ventricle; STEMI, ST elevated myocardial infarction.

The method for identification of topics in cardiovascular publication output allowed the visualization and evaluation of trends in cardiovascular research. Over a 10-year period significant shifts occur.

Identification of cardiovascular research topics through natural language processing

In cardiovascular research, topics are generally predefined in a taxonomy that can be hierarchical and/or matrix structured. The CardioScape project approach (see Introduction section) was well suited to its purpose of the analysis of 2476 project abstracts in a single time period and using an existing taxonomy has the advantage of recognizable areas of research. The bottom-up approach used here lent itself well to analysis of much larger numbers of documents and generated a topic list that represents the interests from the community during the period under study.

A recent study by the WHO working to identify cardiovascular disease research output from random sets of publications from PubMed required a significant amount of expert-based review of only a small proportion of the published articles. 17 The current approach was more comprehensive in coverage of the field, but despite reliance on advanced automated analysis, experts still had an important role in interpreting and linking concepts to validate the results.

In the current naming of topics and clusters, experts frequently used terms that connect to a classic hierarchical list in the field, including major diseases, and recognizing clinical, population, and basic discovery research. Nevertheless, the approach uncovered specific emerging areas of research such as transcatheter aortic valve implantation (TAVI), topics consistent with broad trends, such as risk stratification and evidence-based guidance, and innovation (gene and stem cell research). Some of these terms would not appear in a classic taxonomy and thus the NLP approach offers novel insights.

The present study was not attempting to classify all research but to capture and identify the most common and evolving topics over time in the cardiovascular field by using a comprehensive set of cardiovascular publications across some 5000 journals.

Emphasis on improving clinical care and risk assessment

The most represented and fast growing topics across the documents are evidence-based guidance for treatment and research on outcomes and prognosis. These result underscore the attention given to guidelines and evidence based medicine (EBM). 18–23 Part of this research is likely to represent the large number of clinical trials taking place in the cardiovascular field, 24 which over time have had a significant effect on the reduction of mortality from CVD due to establishing the effectiveness and safety of a number of drugs and medical interventions in cardiovascular disease. 25 The presence of policy related topics, such as the topics on quality of care and health economics likewise supports the focus on implementation research and a shift of focus from reducing acute mortality to care in chronic disease.

Growth of research on risk factors emphasizes the importance of preventative medicine, evident in both the topics analysis and the document cluster analysis. However, some specific blood pressure studies declined over time, perhaps reflecting the change in focus on the single risk factor of ‘blood pressure’ to a multivariable spectrum and newly identified risk factors. We have also previously shown that hypertension has moved more closely to clinical cardiovascular research over time. 26

Smaller topics illustrate crosstalk with non-cardiovascular diseases, because of shared risk factors or common methods used in research or occurrence of cardiovascular complications. The latter is particularly evident in two topics that focus on cardiovascular complications in pregnancy and in cancer.

Innovation and translation in clinical and basic science

Major diseases such as ischaemic heart disease and arrhythmias, remain present over time but shifts can be seen. There is for example, a larger focus on atrial fibrillation, in particular embolic risk, on novel treatments, such as stem cells in heart failure, and transcatheter aortic valve interventions as a dominant element within the topic of valvular heart disease. 19 Imaging is present in several topics but emerges as a cluster in its own right in the document analysis. Many of these changes are driven by technological innovation and translation.

Basic research as a whole saw its share decline, but with interesting shifts in content. Although the topic analysis and mapping identifies basic research topics as a category, there are complementarities across categories. Stem cell research, tissue engineering, and biomechanical factors saw rapid growth and are also present in clinical topics. This also applies to inflammation and diabetes. Animal models for disease are rapidly growing topics consistent with growth of translational research.

An analysis of the countries of authorship of the publications in the emerging clusters of discovery research shows that the USA leads in the number and share of publications (30%+), followed mostly by Germany, or the UK or Italy. However, for the large document cluster on genes and stem cells in 2011–13, the second most productive country is China, contributing 17.5% of the publications in this cluster (Supplementary material online, Figure S3 ).

Interestingly, inflammation, biomarkers, metabolic syndrome, obesity, and lipids are hot topics with growing research output in population, clinical and basic research, indicating integration and crosstalk across the spectrum of cardiovascular research.

Drivers of change

Technology and opportunity-driven scientific interest, but also strategic choices and funding policies are likely to influence trends in research. CardioScape studied public and charity funding in the years 2010–12 and describes major investments in clinical research. Yet the share of publication output globally for clinical research appears to be substantially larger than the share of funding for clinical research reported in CardioScape. This could be explained by clinical research funded by other sources, such as industry or local funding, which are not included in the CardioScape analysis. Also, the present data represent global output. Major research investments in China, and the emphasis on clinical research in the USA, can contribute to some of the global trends.

The slower growth in basic science could reflect a slower growth in investment. This can be absolute or relative towards the increasing costs of advanced research methodology. Another reason could be editorial pressure for more comprehensive papers that may reduce quantity to the benefit of rich content in individual papers.

Finally, growing translational research may blur the boundaries between basic and clinical research and lead to an apparent slower growth in discovery research.

Policy perspectives

Policy development is a forward looking exercise. In health research, medical needs identified by health data and expert opinion, are an important consideration. 27 Past research output helps to identify areas that may need more investment. Research funders also use input from society. 28 When assessing current priorities in cardiovascular research for the Dutch 28 and British 29 Heart Foundations we can see that research into heart failure and arrhythmias are common across their top priorities. Focus on healthy lifestyles is a top priority in the Dutch Heart Foundation as well as in the US vision and strategic agenda. 4 , 5 At the macro-level, the data presented here indicate that some of the main issues presented in these research agendas are actively pursued but others less so.

Study limitations

Limitations of studying research topics have been addressed in the bibliometric field. 8 The reliance of expert input is a limitation and potential source of bias that we tried to minimize by using mixed panels.

The current approach was not sufficiently granular to extract recent emerging topics that contain a limited number of documents. In addition, publication output is somewhat delayed vs. actual research and experts may be aware of ongoing research with still limited output. In this case, the method and dataset can be used to interrogate about specific developments (see Supplementary material online , Table S3 for data on micro-RNA and personalized medicine).

As the data set ends in 2013, very recent developments are not covered. This relates to the methodological complexity. Web of Science data including 2014 references were available mid-2015, the cardiovascular publications dataset was complete in 2016 and algorithms for analysis including re-iterative expert review required another 18 months. A similar time lag is seen in other studies that rely on data mining and processing. 9 Congress abstracts could be considered as a source to identify emerging topics but have several limitations. They are of a different nature than papers and the scope of a congress shapes content of selected abstracts. We provide a complementary survey of 3000 abstracts from the 2018 congress of the European Society of Cardiology, illustrating the strong presence of clinical research at this event, within the topics of Clusters 1 and 3–7 of Table  2 ( Supplementary material online , Figure S4 ). Two emerging topics were cardio-oncology and digital health, each representing however <25 abstracts.

In the present analysis, quality and impact of studies in a particular domain were not evaluated, though highly cited papers were part of the cluster identification. In their analysis of poorly cited papers covering 165 000 papers in 1997–2008, Ranasinghe et al . 30 noted the highest percentage of poorly cited papers in the clinical and population research category. Nevertheless, as they and others 31 have noted, citations are not the only parameter to assess impact, in particular in clinical medicine.

Conclusions

Identification of leading research topics and trends illustrates the emphasis on improving clinical medicine, and the growing interest in risk stratification and preventive medicine. Translation and innovation redefine cardiovascular research. Linking the present data with the insights of the professional community and of funders and society, may contribute to the building of a future research roadmap.

Supplementary Material

Ehz282_supplementary_data, acknowledgements.

The authors thank to the following experts for their review of the text fragments and input into the names of the topics: Dr Matthew Amoni, Dr Peter Haemers, Prof Sian Harding, Dr Frederik Helsen, Prof Gerd Heusch, Prof Tatiana Kuznetsova, Prof Tobias Op‘t Hof, Prof Frank Rademakers, Dr Sander Trenson, Dr Bert Vandenberk, and Dr Maarten Vanhaverbeke.

D.G. had a PhD Fellowship through KU Leuven.

Conflict of interest: K.R.S. is Past Editor-in-Chief of Cardiovascular Research (2013–17). W.G. is Editor-in-Chief of Scientometrics .

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161 Informative Physiology Topics To Check Out

physiology topics

Table of Contents

Structure of a physiological research paper, features of a good physiological essay, awesome physiological research topics, physiology research topics for college students, anatomy and physiology topics for research papers, human physiology research topics, interesting animal physiology topics, good animal reproduction physiology research topics for college essays, informative exercise physiology research topics, best clinical exercise physiology research topics.

As a sub-discipline of biology, physiology focuses on how organisms, organ systems, individual organs, and cells carry out the chemical and physical functions in a living system. Some of its aspects include; medical physiology, animal, plant, cell, and comparative physiology.

With this, so many research works can be chosen from this field. Therefore as a student writing your essay on any physiology-related topic, you will have access to many medical journals, articles, encyclopedias, and thesis to aid your research paper, essay, or argument.

To assist students interested in physiological paper research, this section provides guidelines on how to effectively and efficiently arrange ideas, topics, subtopics, etc., to make for a coherent and accurate presentation. The following are notable structures and patterns to follow:

  • Abstract: An abstract is an essential aspect in research papers and essays, and it is most often required that it is included in your essay or research. Primarily abstract appears at the beginning of a research essay. It details the essential points under your physiology paper topics.
  • Introduction: This comes up at the beginning section of the essay or research paper. Just as its name implies, it introduces the paper, stating its purpose, goals, and objectives.
  • Body: This is the most crucial part of a research paper. In this section, the student is expected to collect and arrange data that will persuade and intrigue the readers’ interest. It is also expected to be organized logically and partitioned into sections, using headings and subheadings to make for a chronological build-up.
  • Conclusion: The essence of a conclusion is to restate the main topic. The conclusion reminds the reader of the basics of the research essay and reiterates the essential points in your essay.
  • Reference List: This list contains all of the sources cited in the course of the research, and it usually appears at the end of the paper. It provides the necessary information on how to locate and retrieve cited sources in the text.

How can you ascertain a qualitative essay? How can you be convinced that your contributions to the physiological essays or research will be accepted? The following are great tips to consider to achieve this feat. They include:

  • Clear Grammar: The application of language and the use of diction must be rich and concise. When the grammatical constructions applied are complex, then your work becomes too challenging to comprehend quickly, and this defeats the purpose of the essay. It is therefore advisable that you communicate in simple language.
  • Conciseness: This involves the ability to communicate complete information about your research topic in as few words as possible. Your sentences should not contain unnecessary words, sentences, etc. but should be brief and to the point.
  • Depth and Arguments: The arguments employed in your research writing must be intellectually profound. Looking at the different branches in physiology, you need to explore a particular branch whose arguments you can expand on. In doing this, you will be able to make your essay an engaging one. This, therefore, is a measure most readers often look out for.
  • Clear Structure: Every research work must be structured chronologically. As a student, you are not expected to arrange your thoughts disjointedly; somewhat, you are expected to follow the proper model that your college professor or field has approved of the study

The study of physiology has already proven to be quite broad, spanning through various branches as it concerns the mechanisms in living systems. The following are physiological research topics that enable the students to focus on chosen aspects or branches of study. They include:

  • Do some physical exercises lead to fatigue in women?
  • Effects of cigar smoking on lung function
  • Blood pressure changes during the menstrual cycle of older women.
  • Dietary habits and their effects on the human body.
  • Stress: Disease patterns and psychological stress in hypertensive men.
  • The effects of pollution on the nutritional status of infants.
  • Lactose intolerance in young adults: A case study.
  • Adapting to cold temperatures: A Study on changes in the human body.
  • Why are physical exercises crucially crucial for the psychological development of young children?
  • Health Effects of Drugs on the Human Body.
  • Dehydration and its predominant health effects.
  • Weather as a tool for disrupting physiological processes.
  • Vitamins as a one-way cure to health challenges.
  • Cardiovascular Illnesses: Where it all begins.
  • Bacteria metabolism in animals.
  • Significant effects of environmental physiology.
  • Stress and its effect on the human body.
  • Exercises as a tool for redeeming the human body.
  • The impact of climate change on marine animals.
  • Eating disorders and their effect on the human body.

The following are samples of research topics that center on college students. These physiological psychology research topics include but are not limited to:

  • The study of the effect of anti-diabetic drugs in men.
  • Genetics and Developmental Stages: A case study of young females
  • Age and Memory in older men.
  • Stages of intellectual growth in humans.
  • The assessment of the nutritional status of children between ages 7-12.
  • Lactose intolerance in American Men
  • Hemoglobin genotype in particular states
  • Adapting to Physical Illnesses.
  • Effects of salt deprivation and calcium load on blood pressure.
  • The PH effect on Human erythrocyte Shape.
  • Lactose intolerance in middle-aged women.
  • Effect of cigarette smoking on lung function.
  • Effect of excess salt intake on males and females
  • The resulting influence of hemoglobin genotype in standard blood types.
  • Research on the temperature and exercise on limb blood flow in man.
  • Blood pressure, pulse, and respiratory rates in older people.
  • Causes of Lactose intolerance in people
  • Serum and urinary levels of sodium and potassium in normal adults.
  • Blood flow with patients with diabetes.
  • Blood pressure rates in older Nigerian Men.

This section focuses on the integral part of living organisms and creatures and possible research topics that can be found in that field. Here are some interesting anatomy and physiology topics:

  • A study of the human body
  • The Chemistry of Life in Humans and Animals.
  • Structure of the Cell: A case study of the Human Cellular system.
  • Anatomy and Physiology of the Tissues.
  • The Human Skeletal System
  • Functions of the Articular System
  • Importance of the Muscular System
  • Nervous System: Its Function to the Human Body
  • The Endocrine System: What to Know about it.
  • Blood Vessels in the Human Body
  • Cardiovascular System in animals
  • Lymphatic System in mammals
  • Nutrition and the Digestive System: How they Function
  • Respiratory System: A case study of the integral structure.
  • Urinary System: Understanding your body.
  • Reproductive System: What Organs are Responsible for Reproduction in man and mammals.
  • Functions of the brain cell in animals.
  • Structure of the skeletal system in reptiles.
  • A study of the life cycle in Amphibians
  • The importance of the heart in transfusing blood.

Human physiology studies how the human body works. That includes the chemistry and physics that support body functions. Here are some human physiology topics to write on:

  • Effects of excessive blood pressure on human beings.
  • A study of the effects of Salt deprivation on the human body
  • A critical study on how the body can adapt to cold temperatures
  • How weather influences the physiological processes of the human body
  • The effect of dehydration on the human body
  • The resulting consequences of stress on the human muscle
  • The health defects of drug consumption and drug abuse
  • A study of the peculiarities of the human body
  • The resulting cause of cardiovascular illness in old people
  • Can young people develop early-stage cardiovascular illness?
  • The result of calcium overload in the body
  • Effects of the excessive consumption of Vitamin C on the human body
  • A study of the resulting cause of yeast infection in women
  • A comparative analysis of the effect of excessive Vitamin C and Vitamin E in the human body
  • Effects of the excessive consumption of caffeinated drinks on the body
  • Drug abuse and its resulting consequences to the body
  • The harmful effect of excessive consumption of Ibuprofen
  • A study of the central gap in the stress theory
  • An overview of the Oxytocin hypothesis
  • A comparative study of pancreatic alpha-amylase and salivary alpha-amylase

Aside from studying the human body, physiology also extends to the study of the animal body. Here are some interesting physiology topics in this aspect:

  • A study of the resulting cause of the death of wild animals in bonds
  • What are the reasons for the increased death rate in wild animals in bonds?
  • The use and importance of anesthetics for animals
  • A study of the types of parasites and illnesses that affect animals
  • A study of the various types of parasites and illnesses they cause
  • The study of the respiratory system of an elephant
  • Respiratory study of the animal’s body
  • A research study of the body metabolism of a lion
  • What are the metabolic characteristics of domestic animals?
  • A study of the metabolic characters of a lion
  • The resulting challenges of global warming in animals
  • How climate change affects animal’s productivity
  • A study of the peculiarities in particular wild animals
  • Types of parasites that affect other animals
  • The harmful effect of parasitic relationships between animals
  • How symbiotic relationships benefits animals
  • The benefits and effects of commensalism on animals
  • A study of the death rate of domestic animals
  • How animal cruelty shortens animal’s lifespan
  • A study of the lifespan of animals in the cat family

Animal physiology also extends to look into animal reproduction. Here are some animal physiology research topics on reproduction to look into:

  • Importance of animal reproduction
  • How global warming affects animal reproduction
  • Importance of nurturance for pregnant animals
  • How to improve the pregnancy rate in farm animals
  • Importance of farm animals reproduction to humans
  • Challenges animals face during reproduction
  • A study of the animal reproductive system
  • Reproduction is an essential component in farm animals
  • An overview of animal science reproduction practice
  • Importance of animal welfare during reproduction

Physiology also extends to sports and exercise. If you need ideas for sports physiology research topics or physiological paper topics to assist you while preparing your class or individual proposal for your physiology research topics, below are some detailed physiological topics in the exercise aspect:

  • The importance of regular exercise to the human body
  • The treatment pattern for knee joint injuries in athletes
  • A proper meal plan for athletes
  • How athletes can increase their body metabolism
  • The study of aggressiveness and physical exercise
  • Best ways to introduce physical effects therapy for athletes
  • Importance of physiotherapy to athletes
  • Adverse effects of going through physical rehabilitation without the assistance of a physiotherapist
  • Outdoor physical exercises to reduce anxiety
  • A study of how physical exercise can manage depression
  • The dangers of muscle sprains in athletes
  • Best cure procedures for muscle sprains for everyone
  • In depth analysis of the effect of excessive consumption of caffeine on athletes
  • Ways to prevent muscle fiber destruction during exercise
  • Importance of engaging in physical exercise to the mental health
  • A study on how physical exercise alleviates autism symptoms
  • Why physical exercise is essential to the body
  • Exercise therapy as a treatment for specific athletic injuries
  • Importance of health nutrition plans for athletes
  • Dangers of sprains to athletes

While still basing your physiology topics for research papers on the exercise aspect, you can look into clinical exercise topics. Here are some of them:

  • Importance of cognitive assessment in athletes during physical exercise
  • Exercise physiology for disabled people
  • The use of placement support and supervision during clinical exercise physiology
  • Physical exercise and clinical physiology
  • The importance of clinical physiology exercise
  • The limits of clinical exercise physiology
  • Exercise effects on older people
  • A critical analysis of inflight exercise
  • The evaluation of clinical exercise physiology on humans
  • A clinical examination and reading of specific physical exercises
  • Talk Test therapy in patients
  • A study of the Talk Test response practice in cardiac patients
  • Temporal stability of pacing strategy in patients
  • A study of the challenges of speech passage during a Talk Test response
  • Physiological responses during a log rolling
  • Relative exercise levels and battle rope training in males
  • How does foam rolling affect flexibility in young adults.
  • Physiological responses to water cycling.
  • Work out planning using results versus predictions of maximal HR
  • Accessing body composure: Accuracy of the lean screen app.
  • Research on how wearing a cold vest affects energy expenditure
  • Talk Test in children: Essential Tool in Child Physiotherapy
  • Regulating work out levels using the Talk Test in Children
  • Physiological responses during yoga exercises.
  • Physiological responses on the treadmill.
  • A study of the effects of Tabata training
  • The use duration as a Talk Test response strategy
  • Racing: Effect of pace variations.
  • Walking as a tool to redeem the body’s fitness
  • Training results of altitude masks

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List of Best Physiology Dissertation Topics For 2020

Date published August 4 2020 by Stella Carter

Physiology is a sub-branch of biology that focuses its study on organisms, organ systems, individual organs, cells, and biomolecules. It is a fascinating subject that breaks down the chemical structure of human organs and cells. However, students struggle to find a compelling physiology dissertation topic because there are too many options to choose from. That is why our writers have created a subject-wise topic list to help you make a better decision. 

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Our top dissertation writing experts are waiting 24/7 to assist you with your university project, from critical literature reviews to a complete masters dissertation.

Cellular Physiology Dissertation Topics Worth Publishing!

If you are interested in learning about cells and how they function, you need a cellular physiology dissertation topic. Since the human body is a mystery worth exploring, writing your dissertation on cellular physiology would be fruitful. If you put effort into your work, you might be able to publish parts of your dissertation as Journal articles.

  • A critical review of non-histone proteins and how they help in building chromosomes during mitosis.
  • An evaluation of gradient sensing and how it affects the human body.
  • An empirical study of the static cytokinetic channel and excitable waves in the human body.
  • An investigative study of meiotic spindles and chromosomes formation.
  • The impact of the foreign virus on the cellular structure of the victim.
  • The role of white blood cells in strengthening the immune system to combat viruses.
  • The impact of molecular mechanism on the microtubule nucleation.
  • An empirical study of the mutagenic effects of UV lights on the cellular structure of the human body.
  • An investigative study on the formation of cancer cells.
  • The role of monoclonal antibodies in fighting against the covid19 virus in the human body.

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Medical Physiology Dissertation Ideas Your Instructor Would Love!

Medical physiology is the study of the entire human body and its bones. Instead of focusing on individual organisms, medical physiology mainly focuses on the bones and their structure. A career in medical physiology leads to becoming a physiotherapist who helps in recovering bone damage. So, if you want to start your professional career with a robust medical institute, better start writing on a medical physiology dissertation idea. 

  • A primary study on the bones structure of athletes and how they change over time.
  • The impact of fracture on the structure of bone cells. How long does it take to restore the gap entirely?
  • The significance of calcium in strengthening our bones and facilitating its growth. A physiological perspective on the matter.
  • Evaluation of vaccines and how they keep certain viruses at bay and provoke the mutation of other viruses.
  • The impact of birth control pills in treating diseases in the female body. Is it a myth or a fact?
  • An investigative study on the effects of endorphins and how they help in alleviating our mood.
  • An evaluation of the immune system of athletes and how their bodies are better at combatting diseases.
  • The impact of cousin marriage in causing genetic problems in the child. What steps can be taken to prevent this?
  • A critical study of the aging process of human skin. How can it be controlled?
  • The cleaning power of the liver. How it helps in maintaining chemical balance in the human body.

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Plant Physiology Dissertation Ideas That Would Impress Your Research Committee

Plants play an integral role in creating a sustainable life on our planet. Research on the molecular structure and chemical compounds of plants can significantly contribute to understanding different species. If you are looking to avoid the hassle of generating a topic yourself, you can make quick use of our list of plant physiology dissertation ideas.

  • An evaluative study on the benefits of ginger and its impacts on the intestines.
  • A comparative study of Trehalose 6-Phosphate and Sucrose. Its functions and benefits.
  • An evaluation of the techniques used for the protein analysis in Vivo.
  • The impact of guard cells on the physical structure of the plant.
  • A review of the cells involved in carrying photosynthesis in plants.
  • An ethical and religious review of hybridization in plants.
  • A critical evaluation of nutrition and chemical structure of lemon species plants.
  • An in-depth review of Amaranths Viridis and how cement dust affects its growth?
  • The role of pollen grain changing our climate.
  • A trip inside the anatomy of water purification plants and how they help in facilitating human life on earth.

Custom Physiology Dissertation Topics

During your academic career as a physiologist, you would be tasked with writing a dissertation according to your instructor’s requirements. This is known as a custom physiology dissertation. Many students in the UK struggle to work with their instructor’s guidelines. This is due to a lack of professional experience. If you are in the same boat as 1500 other students who used our services, then send us your requirements now! We have writers who are Ph.D. in physiology with 5+ years of experience in academic writing, and we would love to help you with your work!

Physiology is a sub-branch of biology and an umbrella term for many sub-domains. These include cellular physiology, plant physiology, medical physiology, and animal physiology. All of these subdomains are vast subjects that are also known as specializations. Make sure to look at the employment opportunities in each specialization before making a decision.

Physiology, overall, is a challenging subject to master. However, it depends on your interest that defines the level of its difficulty. There are different opinions of students, but to average out, most complicated would be cellular physiology. This is because it has a bit of chemistry and biology both making it challenging than other specializations.

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