Course Content
Functional Anatomy of digestive tract: Monogastric and Ruminants
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Prehension, Mastication, Deglutition Movement of stomach, small intestine and large intestine, Mastication and defecation.
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Saliva (composition, secretion, function) Pancreatic/bile/intestinal juice- regulation, composition and function
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Digestion in ruminant stomach, microbial activities in stomach and intestine
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Absorption of food stuffs, Place of absorption, Mechanism of Absorption, Absorption of Carbohydrates, Protein, Fat and Waters.
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Digestion in poultry
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Kidney: Structure of Nephron, Histological peculiarities, blood supply of kidney
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Methods of studying Renal function, mechanism of urine formation, micturition
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Physical characteristics and composition of urine in health and diseases
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Role of kidney in acid base balance and electrolyte balance
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Excretion of urine in birds
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Skin: function, sebaceous and sweat glands and their functions, thermoregulation, maintenance of body temperature
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Cutaneous receptor organs, Peripheral nerves, Spinal cord and reflex action
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Brain stem and cerebellum, Cerebral hemisphere, Conditioned reflex, Wakefulness and sleep
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Autonomic nervous system, general arrangement and chemical transmission
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Learn Physiology II (Digestive, Execratory and Nervous system) with Sonika

Transmission of nerve impulse through synapse

  • Axon or neuron where impulse is initiated is presynaptic neuron and neurons which receive, it is called post synaptic neuron or dendrites.
  • Presynaptic neuron contains many synaptic vesicles which are filled with neurotransmitter like adrenaline or acetylcholine.
  • Post synaptic membrane of next neuron contains receptors which are sensitive to neurotransmitter.
  • Space present between two neurons is called synaptic cleft.
  • When an action potential excites presynaptic neuron, vesicle burst and release neurotransmitter to synaptic cleft.
  • Post synaptic membrane (Receptor) receives neurotransmitter which causes depolarization of neuron.
  • To prevent continued depolarization, neurotransmitter get diffused or uptake by presynaptic neuron for its reuse.
  • This is unidirectional movement of nerve impulse.

 

Chemical transmission | biochemistry | Britannica

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