Physiology II

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About Course

Primary Tutor: Ahmad Totunji

32 Topics
22.2 hours of Comprehensive Topic Video

SP Physiology II topic list

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About the instructors

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(5 Ratings)
528 Students
8 Courses
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Ahmad Totonji
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(1 Rating)
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1 Courses

Course Curriculum

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Comprehensive topic videos

  • 32.B Neuronal plasticity, learning and memory.
    00:00
  • 32.A Psychological aspects of learning
    30:01
  • 31.B Language and aphasia (Luria model, Wernicke qeschwind). Hemisphere specialisation
    30:41
  • 31.A Cognitive functions: attention, memory and learning
    20:24
  • 30. The control of body posture. The vestibular system.
    20:07
  • 29.B Control of muscle tone. Decortication and decerebration
    26:00
  • 29.A Muscle tone, hypertonia and hypotonia
    10:54
  • 28.B Autonomic dysreflexia, neurogenic shock. Spinal hemisection (brown sequard syn.)
    22:44
  • 28.A Basics of spinal cord. Total spinal transection and denervation supersensitivty
    33:43
  • 27. The spinal integration of rhythmic locomotive movements. The spinal interneurons.
    38:48
  • 26. Exteroceptive spinal reflexes.
    38:23
  • 25.B Proprioception: Myotatic and inverse myotatic spinal reflex (Golgi tendon)
    21:35
  • 25.A Motor reflexes. Proprioception: muscle spindle
    31:25
  • 24. The physiology of taste sensation
    22:07
  • 23. Hearing: the function of the inner ear, auditory pathways.
    18:57
  • 22.B Anatomy and physiology of the outer and middle ear. Renne and Weber test
    32:08
  • 22.A Physics of hearing
    27:53
  • 21.C Color vision.
    31:37
  • 21.B Monocular cues
    11:18
  • 21.A Binocular vision
    19:04
  • 19. The visual system: the control of eye movements.
    34:02
  • 18.B Basic visual pathologies cont’d. Perimetry and papillary reflex
    33:22
  • 18.A The visual field and visual pathway. Basic visual pathologies
    26:47
  • 17. The somatosensory nervous system: the anterolateral (spinothalamic) ascending pathways.
    31:47
  • 16. The somatosensory nervous system: the dorsal column ascending pathways.
    34:31
  • 15. The fetal circulation, the cardiorespiratory adaptation of the neonate
    51:02
  • 14. The neuroendocrine control of pregnancy, parturition and lactation.
    32:36
  • 13.B Female reproductive endocrine hormones cont’d. Menstrual cycle
    46:22
  • 13.A Oogenesis and follicular development. Female gonadal endocrine hormones (FSH, LH, etc)
    30:14
  • 12.B Testosterone: production, function and regulation
    19:17
  • 12.A Embryonic development of male and female gonads. Functional anatomy of the Testis
    31:55
  • 11.B Stress and general adaptation syndrome
    10:19
  • 11.A Integrated endocrine control of digestion and metabolism
    33:23
  • 10.B Functions of insulin and glucagon. Diabetes Mellitus
    31:48
  • 10.A Functional anatomy of pancreas, glucose metabolism and insulin secretion
    19:58
  • 9. Hormone synthesis in the adrenal cortex. The glucocorticoids: biosynthesis, regulation
    26:08
  • 8. Thyroid hormones: biosynthesis, regulation, effects.
    46:53
  • 7. The bile: secretion, storage, mobilisation, regulation
    39:33
  • 6. Gastrointestinal secretions (Saliva, gastric juice, pancreatic & bile)
    45:39
  • 5. Special functional features of the gastrointestinal smooth muscle.
    36:49
  • 4. Hormonal regulation of the gastrointestinal tract (Exocrine pancreas, stomach, intestine, etc)
    17:29
  • 3.C Respiratory regulation cont’d. Renal regulation of acids and Bases
    30:14
  • 3.B Acid and Base Regulation (early biochemical compensation & respiratory regulation)
    33:11
  • 3.A Biochemical basics in the regulation of biological acids and bases
    34:38
  • 2. The concentration and dilution of urine (ADH function). Osmoregulation.
    29:11
  • 1.B Production of the medullary osmotic gradient
    15:46
  • 1.A Basic renal anatomy. Macroscopic and Microscopic view of sodium reabsorption.
    41:19