questions 71 to \"75, MATC each question with the corresponding description (A-E
ID: 3480334 • Letter: Q
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questions 71 to "75, MATC each question with the corresponding description (A-E) A. Interacting with 1-Adrenergic receptors B. Effector outcome of sympathetic division C. Interacting with muscarinic receptors D. Effector outcome of parasympathetic divisic E. Interacting with nicotinic receptors 71) Increases heart rate 72) Norepinephrine 74) Epinephrine 75) Decreases heart rate r questions '76 to "80, MATCH each question with the corresponding description (A-E) Example of a second messenger 76) Channel-linked receptors 77) Cardiomyocytes 78) CAMP 79) Smooth muscle cells 80) Tyrosine kinase B. Fast ligand-gated ion channels C. G protein-coupled transmembrane proteins D. Enzyme-linked receptors E. Gap junctions g description (A-E). 81) Nitric oxide 82) Endothelin-1 83) Adenosine 84) Oxygen 85) Prostacyclin B. C. D. E. Active hyperemia Myogenic response Reactive hyperemia Chemicals causing vasodilation For questions "86 to "90, MATCH each question with the corresponding description (A-E). 86) 87) 88) 89) 90) NE binding to a-adrenergic receptors MAP E binding to -adrenergic receptors CO E binding to 2-adrenergic receptors A. B. C. D. E. (EDV-ESV) x HR × TPR Arterioles are constricted Driving force for lymph flow Arterioles are dilated (EDV-ESV) × HR 91 to "95, MATCH each question with the corresponding description (A-E). For questions 91) 92) 93) 94) 95) Classical pathway -IFNs Lectin pathway -IFNs Altermative pathway A. Complement activation B. Released by cytotoxic T cells C. Platelet plug formation D. Released by viral-infected body cells E. Blood clot formation #96 to 100, MAICH each question with the corresponding description (A-E). "100 96) For questions '96 Sympathetic preganglionic neurons A. Both -IFNs & -IFNs B. Epinephrine C. Both GABA & glycine D. Acetylcholine E. r-IFNs 98) 99) 100) Neuromuscular junctions Chromaffin cells Parasympathetic preganglionic neurons Page 8 of 8Explanation / Answer
Answere 71-75
71 to B. Increased heart rate is a effector outcome of sympathetic division.
72 to A. Norepinephrine interacting to b2 adrenergic receptors
73 to E. Increased contarctility interacting with nicotinic receptors
74 to C. Epinephrine interacting with muscarinic receptor.
75 to D. Decreased heart rate effector outcome of parasympathetic division
Answere 76-80
76 to B. Channel-linked receptors fast ligand gated ion channels
77 to. E. Cardiomyocytes gap junctions
78 to A: cAMP example of second messenger
79 to C: Smooth muscle cells G-protein coupled transmembrane protein
80 to D. Tyrosine kinase enzyme linked receptor
Answere 81-85
81 to B. Nitric oxide active hyperemia
82 to A.Endothelin 1 chemical causing vasoconstriction
83 to C .Adenosine Myogenic response
84 to D. Oxygen Reactive hyperemia
85 to E. Prostacyclin chemical causing vasodilation
Answere 86-90
86 to C. NE binding to a-adrenergic receptors Driving force for lympn flow
87 to A. MAP (EDV-ESV)x HR x TPR
88 to B. E binding to a-adrenergic receptors arterioles are constricted
89 to E. CO (EDV-ESV)xHR
90 to D. E-binding to b2-adrenergic receptors Arterioles are dialated
Answere 91-95
91 to E. Classical pathway blood clot formation
92 to B. a-IFNs released by cytotoxic T cells
93 to A. Lectin pathway Complement activation
94 to D. b-IFNs Released by viral infected body cells
95 to C.Alternative pathway platelet plug formation
Answere 96-100
96 to C. Sympathetic preganglionic neurons both GABA and glycine
97 to E. Macrophages g-IFNs
98 to A. Neuromuscular junctions both a-IFNs and b-IFNs
99 to B. Chromaffin cells Epinephrine
100 to D. Parasympathetic preganglionic neurons Acetylcholine
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