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1.6
General Assessment Questions
Question | Answer |
---|---|
Beta 3 Receptor is relative to: | Bladder |
Beta 2 Receptor is Relative to | Lungs |
Which pathway is associated with SNS? | Ephinephrine, Norephinerphrine, and Adrenergic |
Sympathomimetics increases SNS OR PNS? | SNS EXCEPT FOR ALPHA 2 |
SYMPATHOLYTICS Increases SNS or PNS? | PNS |
Cholinergics Agonist Increases SNS or PNS? | PNS |
Anticholinergics Increases SNS or PNS? | SNS EXCEPT ALPHA 2 |
Tachycardia can lead to | Reflex Bradycardia |
Bradycardia can lead to | Reflex Tachycardia |
Alpha 2 Antagonist is associated with SNS OR PNS? | SNS |
What controls Increased and Decreased Hear Rate? | Baroreceptor |
Which Motor Cranial Nerve controls Eye Movement? | Oculomotor Cranial Nerve III |
Which Mixed Cranial Nerve controls Sensory/Taste? | Facial Cranial Nerve VII |
Which Mixed Cranial Nerve controls Baroreceptor, Chemoreceptors from blood vessels, and sensory from oral cavity? | Glossopharyngeal Cranial Nerve IX |
Which Mixed Cranial Nerve controls sensory and efferent from many organs? | Vagus Cranial Nerve X |
When the Vagus Nerve is activated what slows down? | Heart Rate |
Which Pathway is the Locus Coeruleus Part of? | Noradrenergic pathway |
What are the Cell Bodies in the Peripheral Pathway called? | Ganglion |
What regulates drug exposure to the brain? | Blood Brain Barrier |
What are Neuronal axons in the brain called? | Tracts |
Which Ion is associate with IPSP | Cl- |
What is associated with down regulation & up regulation respectively? | AGONIST and ANTAGONIST |
Biosynthesis of NE & EPI: Tyrosine--> Dopa | Tyrosine Hydroxylase |
Biosynthesis of NE & EPI: Dopa--> Dopamine | Dopa Decarboxylase |
Biosynthesis of NE & EPI: Dopamine --> NE | Dopamine B- Hydroxylase |
Biosynthesis of NE & EPI: NE --> Epinephrine | henylethanolamine - N - Methyltransferase |
Side Pathway Biosynthesis of Tyrosine--> Tyramine | L -AA Decarboxylase |
Side Pathway Biosynthesis of Tyramine --> Octopamine | Dopamine B-Hydroxylase |
Side Pathway Biosynthesis of Octapamine --> NE | Hydroxylase |
Highly organized collection of neurons located in walls of GI System | Enteric Nervous System |
Involved in control of digestive motility | Myenteric Plexus |
Sense the environment of lumen and regulates GI blood flow & Epithelial cell function. | Submucosal Plexus |
Which Sympathetic Dopamine Receptor involve Blood Vessels: Renal, coronary, & cerebral; relax -->dilate | D1 |
Which Sympathetic Dopamine Receptor involve Pituitary; Decrease prolactin secretion | D2 |
Prolonged stimulation decreases ability of receptor to respond to stimulation and creates Drug Tolerance is known as: | Receptor Desensitization |