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CHARTS ON HUMAN PHYSIOLOGY |
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1. Cell Division ( Mitosis). |
14. Maintenance of body temperature. |
2. Cell Division ( Meiosis). |
15. Growth. |
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16. Energy requirements and |
NUTRITION & METABOLISM |
Energy Expenditure. |
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17. Food facts. |
3. Water Cycle |
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4. Carbon Cycle |
CELL MEMBRANE FUNCTIONS |
5. Nitrogen Cycle. |
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6. Oxygen Cycle. |
18. Transport through Membranes 1 |
7. Vitamin Part 1 & 2 |
Diffusion. |
8. Protein Metabolism. |
19. Transport through Membranes II |
9. Carbohydrate Metabolism |
Active Transport. |
10. Fat Metabolism. |
20. Resting Potential. |
11. Energy from food. |
21. The action Potential. |
12. Formation of ATP |
22. Propagation of the Nerve Impulse. |
13. Heat Balance. |
23. Communication between cells. |
24. Second Messangers-I |
EXCRETORY SYSTEM |
25. Second Messangers-II |
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53. Juxtaglomerular Apparatus. |
DIGESTIVE SYSTEM |
54. Urine formation. |
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55. Water absorption Proximal tubule. |
26. Swallowing. |
56. Water reabsorption Distal |
27. Gastric Secretion and motility. |
& collecting Tubules. |
28. Pancreatic Juice. |
57. Maintenance of Acid Base Balance. |
29. Liver & Gall Bladder. |
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30. Food absorption by cells of |
ENDOCRINE SYSTEM |
the small intestine. |
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31. Movements of the large intestine. |
58. Anterior Pituitary. |
32. Innervation of the gut wall. |
59. Posterior Pituitary. |
33. Nervous control of gut movements. |
60. Oxytocin. |
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61. ADH in the maintenance of |
TRANSPORT SYSTEM |
blood volume. |
34. Cardiac Cycle. |
REPRODUCTIVE SYSTEM |
35. Cardiac Action Potential. |
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36. Electrocardiogram. |
62. Adult pelvic sex organs in the |
37. Cardiac Reflexes. |
ordinary Female cycle. |
38. Water Balance. |
63. Ovarian Hormones. |
39. Haemostasis and Blood |
64. Pituitary Ovarian and |
Coagulation. |
Endometrial Cycles. |
40. Factors required for |
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Normal Haematopoiesis. |
CENTRAL NERVOUS SYSTEM |
41. Haematopoiesis |
LOCOMOTOR SYSTEM |
42. Blood Groups |
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43. Rhesus Factor. |
65. Cranial nerves. |
44. Cerebrospinal fluid. |
66. Reflex Action. |
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67. Stretch Reflexes. |
RESPIRATORY SYSTEM |
68. Smell. |
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69. Light Reflex. |
45. Artificial Respiration |
70. Cochlea. |
46. Volume & Capacities of lungs. |
71. Auditory Pathways to brain. |
47. Composition of Respired Air. |
72. Vestibular Pathways to brain. |
48. Movement of Respiratory Gases. |
73. The Muscle Spindle. |
49. Dissociation of Oxygen |
74. Proprioceptor Pathways to brain. |
from Haemoglobin. |
75. Peripheral Pain. |
50. Uptake & release of Carbon Dioxide. |
76. Posterior Column-Medial |
51. Carriage and Transfer of |
lemniscus sensory pathways. |
Oxygen & Carbon dioxide. |
77. Anterolateral (Spinothalamic) |
52. Voluntary & reflex factors in the |
sensory Pathways. |
regulation of respiration. |
78. Sensory Pathways from skin of face. |
79. Sensory Cortex. |
90. Skeletal Muscle and the |
80. Motor Cortex. |
mechanism of contraction. |
81. Motor pathways to head & Neck. |
91. Skeletal Muscle-Molecular |
82. Direct(Pyramidal) motor Pathways to |
basis of contraction. |
Extremities. |
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83. Indirect (Extrapyramidal) pathways. |
AUTONOMIC NERVOUS SYSTEM |
84. Final common Pathways. |
& CHEMICALTRANSMISSION |
85.Pathways controlling Motor Activity. |
AT NERVE ENDINGS: |
86. Motor Unit. |
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87. Cerebellum Part 1 & 2 |
92. The Autonomic Nervous system. |
88. Control of Muscle Movement. |
93. Autonomic Ganglia. |
89. Reciprocal Innervation. |
94. Parasympathetic Outflows. |
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95. Autonomic Reflex. |