Class of 2023
Go Back | Session Title: | Synaptic Transmission | | Teaching Hours: | Teaching and Learning Methods | Total Scheduled Hours = 1 Lecture = 1 | Description: | | Physiology | Keywords: |
Blueprint ID | Learning Objectives | 7135 | Contrast the cell-to-cell spread of electrical signal at a chemical synapse with that at a gap junction based on speed and fidelity (success rate). | 7136 | Describe the process of neurotransmitter release, listing in correct temporal sequence events beginning with the arrival of a wave of depolarization at the pre-synaptic membrane and ending with a post-synaptic response and termination of transmission. | 7137 | Describe the ionic basis for inhibitory and excitatory post-synaptic potentials, and how this contributes to synaptic integration (summation). | 7138 | Describe different classes of neurotransmitters, including synthetic pathways, and corresponding receptors. | 7139 | Describe the receptor types and mechanisms of signal transduction involved during synaptic transmission. Compare ionotropic and metabotropic receptors. | 7140 | Describe synaptic modulation and plasticity. | | |
Blueprint ID | Course Goals | 7023 | Integrate basic and clinical sciences as they relate to common clinical encounters and patient symptoms
Linked Program Competencies To This Course Goal: me-6 | me-6 | Medical Expert Apply knowledge of the clinical, socio-behavioural, and fundamental biomedical sciences relevant to a clinical problem. |
(067-2-2) CENTRAL/PERIPHERAL NEUROPATHIC PAIN | (058-2) DELIRIUM | (024) DIZZINESS, VERTIGO | (061) MOVEMENT DISORDERS, INVOLUNTARY / TIC DISORDERS | (109-11) NERVE INJURY | (066) NUMBNESS / TINGLING / ALTERED SENSATION | (092) SEIZURES / EPILEPSY | (117) WEAKNESS (not caused by Cerebrovascular Accident) |
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