An adrenaline receptor is a transmembrane protein that has a signaling domain on the inside of...
An adrenaline receptor is a transmembrane protein that has a signaling domain on the inside of the cell that is activated after adrenaline binds to it on the outside of the cell. Which direction does the signaling domain face when it is in the Golgi apparatus for processing?
A. Extracellular
B. Cytosol
C. Nucleus
D. Lumen
Homework Answers
An adrenaline receptor is a transmembrane protein that has a signaling domain on the inside of the cell that is activated after adrenaline binds to it on the outside of the cell. Extracellular direction responds to the signaling domain face when it is in the Golgiapparatus for processing.
The cell receptors are the descriminators that receive external signals and process this information across the cell membrane via cell transducers.The binding of adrenaline and glucagon to cellular receptors leads to the generation of cyclic adenosine monophosphate (cAMP). Adrenalin acts by binding to variety of adrenergic receptors. Adrenaline is a nonselective against of all adrenergic receptors including the major subtypes a1, a2, B1, B2 and B3. Adrenaline binding to these receptors triggers a number of metabolic changes.
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An adrenaline receptor is a transmembrane protein that has a
signaling domain on the inside of...
Place each of the following events into the correct stage of cell signaling -A G protein...
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Test yourself Many cell surface trans membrane proteins, called glycoproteins, have an attached carbohydrate group, 1. ich faces the extracellular space. This carbohydrate group is attached to the protein when it is still in the rER. Is the carbohydrate attached to the side of the protein that faces the lumen of the rERo the cytosol 2.Explain why the orientation of a transmembrane protein (i.e. which side of the protein faces the inside and which side faces the outside of the...
Test yourself Many cell surface trans membrane proteins, called glycoproteins, have an attached carbohydrate group, 1....
Test yourself Many cell surface trans membrane proteins, called glycoproteins, have an attached carbohydrate group, 1. ich faces the extracellular space. This carbohydrate group is attached to the protein when it is still in the rER. Is the carbohydrate attached to the side of the protein that faces the lumen of the rERo the cytosol 2.Explain why the orientation of a transmembrane protein (i.e. which side of the protein faces the inside and which side faces the outside of the...
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Test yourself Many cell surface trans membrane proteins, called glycoproteins, have an attached carbohydrate group, 1. ich faces the extracellular space. This carbohydrate group is attached to the protein when it is still in the rER. Is the carbohydrate attached to the side of the protein that faces the lumen of the rERo the cytosol 2.Explain why the orientation of a transmembrane protein (i.e. which side of the protein faces the inside and which side faces the outside of the...
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