diagram , the process of myelination and its significance . Define the terms and ‘nuclei’ ‘ganglia’. Properties of Nerve fibres- Nerve fibres: Resting membrane potential (RMP) of a nerve cell. Ehrlanger or generator & Gasser’s ‘receptor potential’ in a sensory classification receptor of peripheral potential’ and the nerve ‘Action currents responsible for the fibres** different phases of the action Node of potential in the neuron. ranvier** Process of transmission of Salutatry action potential in unmyelinated and myelinated neurons. Factors affecting conduction velocity in a nerve. Nerve Injury, Degeneration And Regeneration Of Injured Fibres Neuroglia-definition, Basal ganglia: classification and Properties components, connections, functions, applied Physiology*. Synapse Properties of and synapse*: functions. Define the terms One-way law** electrical & chemical synapse conduction Synaptic Description of the Synaptic delay fatigue** morphological features of a Convergence chemical synapse pre and and Divergence – post synaptic neurons of synapses or inhibitory Spatial ‘excitatory potentials (EPSP and summation
diagram , the process of myelination and its significance . Define the terms ‘nuclei’ and ‘ganglia’. Properties of Nerve fibres- Resting membrane potential (RMP) of a nerve cell. ‘receptor or generator potential’ in a sensory receptor ‘Action potential’ and the currents responsible for the different phases of the action potential in the neuron. Process of transmission of action potential in unmyelinated and myelinated neurons. Factors affecting conduction velocity in a nerve. Nerve fibres: Ehrlanger & Gasser’s classification of peripheral nerve fibres** Node of ranvier** Salutatry Nerve Injury, Degeneration And Regeneration Of Injured Fibres Neuroglia-definition, classification and Properties Basal ganglia: components, connections, functions, applied Physiology*. Synapse and functions. Define the terms electrical & chemical synapse Description of the morphological features of a chemical synapse – pre and post synaptic neurons ‘excitatory or inhibitory potentials (EPSP and Properties of synapse*: One-way conduction Synaptic delay Convergence and Divergence of synapses Spatial summation law** Synaptic fatigue**
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