86-90) For questions #86 to #90, MATCH each question with the corresponding desc

Question

86-90) For questions #86 to #90, MATCH each question with the corresponding description (A-E). 86) Hyperpolarization 87) Presynaptic facilitation 88) Depolarization 89) Presynaptic inhibition 90) Repolarization A. Axodendritic synapses B. Sodium influx C. Dendrodendritic synapses D. Potassium efflux E. Axoaxonic synapses 91-95) For questions "91 to 95, MATCH each question with the corresponding description (A-E). 91) Tectospinal tracts 92) Pyramidal tracts 93) Vestibulospinal tracts 94) Rubrospinal tracts 95) Reticulospinal tracts A. Lateral pathways B. Spinothalamic tracts C. Medial lemniscal pathways D. Dorsal column E. Ventromedial pathways 96-100) For questions "96 to #100. MATCH each question with the corresponding description (A-E). 96) Channel-linked receptors 97) Cardiomyocytes 98) CAMP 99) Smooth muscle cells 100) Tyrosine kinase A. B. C. D. E. Example of a second messenger Fast ligand-gated ion channels G protein-coupled transmembrane protein Enzyme-linked receptors Gap junctions Page 8 of 8

Explanation / Answer

86. Hyperpolarization: Potassium efflux

87. Presynaptic facilitation: Axoaxonic synapses

88. Depolarization: Sodium influx

89. Presynaptic inhibition: Dendrodendritic synapses

90. Repolarization: Axodendritic synapses

91. Tectospinal tracts: Dorsal column

92. Pyramidal tracts: spinothalamic tracts

93. Vestibulospinal tracts: Ventromedial pathways

94. Rubrospinal tracts: lateral pathways

95. Reticulospinal tracts: Medial lemniscal pathways

96. Channel-linked receptors: Fast ligand-gated ion channels

97. Cardiomyocytes: enzyme-linked receptors

98. cAMP: Example of a second messenger

99. Smooth muscle cells: Gap junctions

100. Tyrosine kinase: G-protein linked transmembrane protein

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