7. Complete the table below. Function Catabolic hormone Disorder/Disease due to abnormal activity

Principles Of Pharmacology Med Assist
6th Edition
ISBN:9781337512442
Author:RICE
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Chapter25: Diuretics And Medications Used For Urinary System Disorders
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7.

ACTIVITY 10.3
Kindly refer to Model 10.3 and answer the following
6. Complete the table below.
Anabolic
Function
Disorder/Disease due to
hormone
abnormal activ ity
7. Complete the table below.
Catabolic
Function
Disorder/Disease due to
hormone
abnormal activity
215 Copyright 2019. All Rights Reserved.
Transcribed Image Text:ACTIVITY 10.3 Kindly refer to Model 10.3 and answer the following 6. Complete the table below. Anabolic Function Disorder/Disease due to hormone abnormal activ ity 7. Complete the table below. Catabolic Function Disorder/Disease due to hormone abnormal activity 215 Copyright 2019. All Rights Reserved.
1 Unoccupied receptor does
not interact with G, protein.
Extra-
collular
space
-Hormone or neuro-
transmitter
Cell
membrane
Gs protein
with bound GDP
Synaptic signaling
Receptor
Target
cell
Inactive adenylyl
Cytosol
GOP
cyclase
Nerve
cell
Occupied receptor changes
2 shape and interacts with a
subunit of G, protein. G, protein
releases GDP and binds GTP.
Neurotransmitter
Endocrine signaling
Hormone
Inactive
adenylyl
cyclase
GTP
Target
cell
GDP
a Subunit of G, protein
3 dissociates from By and
Blood vessel
activates adenylyl cyclase.
Active
adenylyl
cyclase
Direct contact
АТР
Gap
junction
GTP
CAMP + PP
When hormone is no longer
4 present, the receptor reverts
to resting state. GTP on the
a subunít is hydrolyzed to GDP,
a rejoins By, and adenylyl
cyclase is deactivated.
Signaling
cell
Target
cells
Inactive
adenylyl
cyclase
Transcribed Image Text:1 Unoccupied receptor does not interact with G, protein. Extra- collular space -Hormone or neuro- transmitter Cell membrane Gs protein with bound GDP Synaptic signaling Receptor Target cell Inactive adenylyl Cytosol GOP cyclase Nerve cell Occupied receptor changes 2 shape and interacts with a subunit of G, protein. G, protein releases GDP and binds GTP. Neurotransmitter Endocrine signaling Hormone Inactive adenylyl cyclase GTP Target cell GDP a Subunit of G, protein 3 dissociates from By and Blood vessel activates adenylyl cyclase. Active adenylyl cyclase Direct contact АТР Gap junction GTP CAMP + PP When hormone is no longer 4 present, the receptor reverts to resting state. GTP on the a subunít is hydrolyzed to GDP, a rejoins By, and adenylyl cyclase is deactivated. Signaling cell Target cells Inactive adenylyl cyclase
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