Which of the following statements is true about the above diagram? the signal molecules bind to the inactive relay protein the active relay molecule will go directly to a cell and phosphorylate receptor protein molecules O the receptor protein molecules will be activated when they are phosphorylated O the inactive monomers become activated by binding of the relay protein

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Extracellular Fluid
Inactive Monomers
Cytoplasm
Dimerization
Phosphorylation
SATADP
මලල
000
Inactive
relay protein
Activation
Which of the following statements is true about the above diagram?
Active
relay protein
the signal molecules bind to the inactive relay protein
the active relay molecule will go directly to a cell and phosphorylate receptor protein molecules
O the receptor protein molecules will be activated when they are phosphorylated
the inactive monomers become activated by binding of the relay protein
Transcribed Image Text:Extracellular Fluid Inactive Monomers Cytoplasm Dimerization Phosphorylation SATADP මලල 000 Inactive relay protein Activation Which of the following statements is true about the above diagram? Active relay protein the signal molecules bind to the inactive relay protein the active relay molecule will go directly to a cell and phosphorylate receptor protein molecules O the receptor protein molecules will be activated when they are phosphorylated the inactive monomers become activated by binding of the relay protein
An example of feedback is seen in blood clotting. Part of the complex biochemical pathway of clotting is the production of an enzyme that forms the
matrix of the blood clot, but also speeds up the production of still more thrombin. That is, it has a self-catalytic, self-accelerating effect, so that once the
clotting process begins, it runs faster and faster until, ideally, bleeding stops. Thus, this positive feedback loop is part of a larger negative feedback loop,
one that is activated by bleeding and ultimately works to stop the bleeding.
So ultimately in keeping homeostasis, which of the following is true:
This is a positive feedback loop
This is a negative feedback loop
Transcribed Image Text:An example of feedback is seen in blood clotting. Part of the complex biochemical pathway of clotting is the production of an enzyme that forms the matrix of the blood clot, but also speeds up the production of still more thrombin. That is, it has a self-catalytic, self-accelerating effect, so that once the clotting process begins, it runs faster and faster until, ideally, bleeding stops. Thus, this positive feedback loop is part of a larger negative feedback loop, one that is activated by bleeding and ultimately works to stop the bleeding. So ultimately in keeping homeostasis, which of the following is true: This is a positive feedback loop This is a negative feedback loop
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