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Strikingly different signaling systems can operate in similar ways. For example, ethylene gas released by ripening fruits diffuses through the air from plant to plant and functions as a "fruit ripening" signal; oxytocin, a peptide hormone secreted into the blood of female mammals, activates milk excretion from the mammary glands. Both signaling molecules initiate an intracellular signal- transduction cascade. Which of the following best describes a mechanism common to BOTH tpes of signaling systems?

Strikingly different signaling systems can operate in similar ways. For example, ethylene gas released by ripening fruits diffuses through the air from plant to plant and functions as a "fruit ripening" signal; oxytocin, a peptide hormone secreted into the blood of female mammals, activates milk excretion from the mammary glands. Both signaling molecules initiate an intracellular signal- transduction cascade. Which of the following best describes a mechanism common to BOTH tpes of signaling systems?

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
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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Strikingly different signaling systems can operate in similar ways. For example, ethylene gas released by ripening fruits diffuses through the air from plant to plant and functions as a "fruit ripening" signal; oxytocin, a peptide hormone secreted into the blood of female mammals, activates milk excretion from the mammary glands. Both signaling molecules initiate an intracellular signal- transduction cascade. Which of the following best describes a mechanism common to BOTH tpes of signaling systems? * The signaling molecules bind to specific receptor proteins on the cellular surfaces of their "targets." A carrier protein binds to the signaling molecules and transports them to their target cells. Signaling molecules are taken up into the target cells and bind to specific DNA sequences. Signaling molecules bind to second messenger molecules in the nucleus to alter gene expression.
Transcribed Image Text:Strikingly different signaling systems can operate in similar ways. For example, ethylene gas released by ripening fruits diffuses through the air from plant to plant and functions as a "fruit ripening" signal; oxytocin, a peptide hormone secreted into the blood of female mammals, activates milk excretion from the mammary glands. Both signaling molecules initiate an intracellular signal- transduction cascade. Which of the following best describes a mechanism common to BOTH tpes of signaling systems? * The signaling molecules bind to specific receptor proteins on the cellular surfaces of their "targets." A carrier protein binds to the signaling molecules and transports them to their target cells. Signaling molecules are taken up into the target cells and bind to specific DNA sequences. Signaling molecules bind to second messenger molecules in the nucleus to alter gene expression.
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