While browsing through the existing essay topics for physiology, one may feel that they are repetitive and not involving enough. Indeed, physiology essay topics can seem boring and poorly formulated, but there is always a way to find a good one that would be just perfect for your paper. To do this, go through our list of essay topics for physiology and find the one that is most related to your sphere of interest.

  1. The factors that contribute to the development of Amyotrophic Lateral Sclerosis.
  2. The connection between glutamatergic PVN neurons and blood pressure.
  3. Physiological mechanisms involved in hypertension.
  4. Regulating myometrial smooth muscle with oxytocin: the recent studies.
  5. Intensive training programs for teenagers: advantages and risks.
  6. Dealing with menstruation in athletic competitions among women.
  7. 3d scanning of organs: the new era of diagnostics.
  8. The impact of enduring exercise on inflammatory processes in human organism.
  9. The effect of 1 day fasting on sport performance.
  10. The impact of drinking water temperature on the heat producing.
  11. Exercises for increasing spinal plasticity.
  12. A deeper understanding of paraventricular nucleus.
  13. Analyzing the impact of chloride on patients with acute kidney injury.
  14. The opportunities of plasma-based functional genomics.
  15. Using green tea polyphenol for regulating blood pressure.
  16. The role of neural integrators in performing certain physical actions.
  17. Physiological perspective of heart dysfunction.
  18. Reasons for obstructive sleep anopea.
  19. Side effects of additional intake of Creatine.
  20. Pediatric office as a safe environment for the child patients.
  21. The relation of biventricular cardiac function to the patients’ age.
  22. Physiological effect of caffeine withdrawal.
  23. Bone density: genes and contributing factors.
  24. What is Parkin and how does it impact human muscles?
  25. The recent findings on the blood-brain barrier permeability.
  26. Cerebral protection by means of using passive heat.
  27. The recent discoveries related to Huntington Disease.
  28. The impact of intensive training on cardiovascular system.
  29. Physiological normoxia: definition and mechanisms.
  30. Recent shift in fetal growth standards.
  31. The connection between adrenal function and gestation.
  32. Mitochondrial Ca2+ in energy production.
  33. Regulating left ventricular function with exercise intensivity.
  34. Physiology of heat loss during exercise.
  35. The response of human organism to emotional shock.
  36. Observing the blood flow in left ventricular in patients after heart attack.
  37. Dysfunctions of endocrine system.
  38. The concept of short-term potentiation.
  39. Body temperature as a universal indicator of inflammatory processes.
  40. The relation between skeleton muscle strength and the presence of Brca1 gene.
  41. A deeper study of the Thyroid hormone.
  42. The role of gut microbiota in the general physiology of human body.
  43. Metaboreceptors’ role in regulating blood pressure.
  44. Technologies and 3d models as facilitators of advanced physiological research.
  45. Indicating the early signs of systemic lupus erythematosus.
  46. The role of activin A in human physiology.
  47. Essential physiological processes during the deep phase of sleep.
  48. Estrogen replacement therapy for adult women.
  49. The effect of oxygen uptake on patients with slow metabolism.
  50. Skeletal muscle fatigue: age as a key factor.
  51. The recent advances in biomedical engineering.
  52. Physiological impact of nicotine on human brain.
  53. The role of redox signaling in human brain.
  54. The use of nitric oxide for treatment of patients with obesity.
  55. Endogenous and exogenous hormones’ role in thermoregulation of human organism.
  56. Analyzing hemolysis of red blood cells.
  57. Physiology from the perspective of age and physical shape.
  58. The role of blood flow in heart physiology.
  59. The role of glutamatergic neurons in the development of hypertension.
  60. The impact of acids intake on renal activity.
  61. The advantages and drawbacks of using mice for physiology studies.
  62. Controlling the course of long-time depression with NMDA receptors.
  63. The role of NHA2 in cyst formations.
  64. Mechanisms of regulating intracranial pressure.
  65. The use of magnetic stimulation in modern physiological treatment.
  66. The role of light in the processes of circadian system.
  67. Insulin resistance as a result of lack of physical activity.
  68. The role of NMDA receptors in the functioning of cerebellar apparatus.
  69. Analyzing the hormones involved in pain sensitization.
  70. Enhancing pulse with electrical devices as a complementary measure for fighting obesity.
  71. The reaction of patients with cardiomyopathy on moderate physical exercise.
  72. Metabolism in conditions of type 2 diabetes.
  73. Dealing with metabolic disorders: the effectiveness of exercise.
  74. The connection between vitamin D receptors and polycystic ovary syndrome.
  75. Biomedical engineering as a complementary direction of physiological studies.
  76. Pathophysiological features of obesity.
  77. The role of prebiotics and postbiotics in facilitating thermogenesis.
  78. The concept of nutritional programming during pregnancy.
  79. Ample amount of exercise needed for healthy functioning of the heart.
  80. Metabolic dysfunction in type 2 diabetes.
  81. Reasons of deformation for red blood cells.
  82. The production of serotonin and its impact on physiological state of human organism.
  83. The results of a mother’s high-fat diet on the physiology of the fetus.
  84. Cell physiology in cancer cells.
  85. Recent advances in evolutionary physiology.
  86. Which exercise is more beneficial for the elderly: intensive or prolonged?
  87. The relation between cortical activity and respiration intensity.
  88. Importance of researches in ecological physiology.
  89. Obesity as a threat to physiological functioning of human organism.
  90. Carotid chemoreflex and its impact on cardiorespiratory processes.
  91. The role of cortical GABA in brain functioning.
  92. Blood pressure in patients with posttraumatic stress disorder.
  93. Diabetic wound healing using stem cells.
  94. The use of Risperidone for curing autism.
  95. Observing circadian rhythms during pregnancy.
  96. The works of 2018 Nobel Prize winners in physiology.
  97. Physiological changes in elderly organisms.
  98. Sustaining a proper mitochondrial function.
  99. Biotechnology and its role in physiological studies.
  100. The process of transmitting amino acids through placenta.
  101. The function of central hypoxia sensor.
  102. The reasons for pulmonary vascular dysfunction.
  103. The principles of diaphragmatic fatigue.
  104. The impact of calcium on human brain plasticity.
  105. Importance of skeletal muscle ceramides.
  106. Sprint training and its impact on the cardiovascular system.
  107. The role of genes in blood pressure levels.
  108. The factors that facilitate the development of neurogenic hypertension.
  109. Tools of increasing anaerobic metabolism in adult males.
  110. Physiological processes in human skin.
  111. The effects of regulating the levels of serum in irisin and omentin.
  112. Reduced ejection fraction as a complication in heart failure.
  113. The phenomenon of muscle memory.
  114. The elements involved in the process of muscle inflammation and recovery.
  115. The essence of metabolic syndrome.
  116. The impact of aerobics on the state of aorta in elderly people.
  117. The changes of heart physiology caused by ageing.
  118. Preventing cerebral palsy in newborns.
  119. Blood sugar level norms: a change in measuring standards.
  120. The current issues of conservative physiology.