Homework Answers
I believe the correct answer to be:
FIRST
Genes control hormone production
Endocrine gland release hormones
Hormone binds to receptor in brain
Organism change behaviour
LAST
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Place the following events in the action of a hormone into the correct sequence. Hormone binds...
The hormone testosterone, binds a receptor protein that recognizes a 15 base pair DNA sequence. Asa...
The hormone testosterone, binds a receptor protein that recognizes a 15 base pair DNA sequence. Asa result, genes that contain this sequence can be activated by testosterone. Scientists called this hormone, an enhancer and exploited its property to turn genes off or on. What is the important molecular phenomenon or concept connected to milk proteins that exactly mimics the testosterone concept?
please answer all the following using insulin as the hormone! thank you Name the hormone and...
please answer all the following using insulin as the hormone! thank you Name the hormone and describe its chemical nature Name the gland that produces that hormone Mention the function of the hormone Say if it acts in an endocrine/paracrine/autocrine manner Explain if the hormone has a nuclear or membrane receptor Explain the feedback mechanisms that operate to control the hormone production
In 1970s and 1980s, molecular biologists discovered that the hormone testosterone, binds a receptor protein that...
In 1970s and 1980s, molecular biologists discovered that the hormone testosterone, binds a receptor protein that recognizes a 15 base pair DNA sequence. Asa result, genes that contain this sequence can be activated by testosterone. Scientists called this hormone, an enhancer and exploited its property to turn genes off or on. In your class, you observed a similar mechanism related to a milk protein. Answer the following questions: What is the important molecular phenomenon or concept that you learned in...
Place each of the following events into the correct stage of cell signaling -A G protein...
Place each of the following events into the correct stage of cell signaling -A G protein catalyzes the hydrolysis of GTP to GDP and Pi -Receptor kinase dimerizes after binding insulin -Inactivation of a receptor kinase by a protein phosphatase -Changes in gene expression -Adrenaline binds the extracellular domain of a G protein-coupled receptor -Activation of protein kinase A (PKA)
Place the stage of intracellular receptor signaling in the correct sequence of events.
Place the stage of intracellular receptor signaling in the correct sequence of events.
Place these events that occur during protein synthesis in the proper sequence - ...
Place these events that occur during protein synthesis in the proper sequence - I. II. III. IV. An aminoacyl-tRNA binds to the A site - I. II. III. IV. A peptide bond forms between the new amino acid and a polypeptide chain - I. II. III. IV. ...
Place the events in the correct sequence to explain signal transduction Molecular messenger transmits signal to...
Place the events in the correct sequence to explain signal transduction Molecular messenger transmits signal to effector proteins. Plant cell exposed to increased gibberellins. Effector proteins influence gene expression. Receptor molecule senses stimuli. The proteins produced influence cell division and elongation. Receptor molecule is converted to activated form. Receptor molecule senses stimuli.
Answer the following questions regarding the Endocrine System. a) What trimeric (3 subunits) protein is membrane-bound...
Answer the following questions regarding the Endocrine System. a) What trimeric (3 subunits) protein is membrane-bound and activated when epinephrine binds the Beta-2-adrenergic receptor? b) What category of hormone can pass directly through the cell phospholipid bilayer to bind its receptor and directly regulate gene activity? c) If serum T3 and T4 are low, the hypothalamus will secrete Thyrotropin Secreting hormone (TRH) to target what specific gland? Will rate if answers are correct. Thanks
When glucagon binds to its receptor on a liver cell, which of the following sequence of...
When glucagon binds to its receptor on a liver cell, which of the following sequence of events occurs to activate protein kinase A? production of cAMP, activation of adenylate cyclase, activation of G protein activation of G protein, activation of adenylate cyclaso, production of cAMP activation of adonytato cyclase, activation of G protein, production of cAMP activation of G protein, production of cAMP, activation of adenylate cyclase
Place in the right order the sequence of biochemical events that after the release of insulin...
Place in the right order the sequence of biochemical events that after the release of insulin into the bloodstream from the pancreas leads to the translocation of GLUT4 from internal vesicles to the plasma membrane of hepatocytes. (1) Insulin is released by the beta cells of the pancreas ( ) Binding of PKB to PIP3 promotes phosphorylation of PKB by PDK1 ( ) The catalytic site of the insulin receptor phosphorylates tyrosine residues of target intracellular proteins, among which the...
Place the stage of intracellular receptor signaling in the correct sequence of events.
Place the events in the correct sequence to explain signal transduction Molecular messenger transmits signal to effector proteins. Plant cell exposed to increased gibberellins. Effector proteins influence gene expression. Receptor molecule senses stimuli. The proteins produced influence cell division and elongation. Receptor molecule is converted to activated form. Receptor molecule senses stimuli.
When glucagon binds to its receptor on a liver cell, which of the following sequence of events occurs to activate protein kinase A? production of cAMP, activation of adenylate cyclase, activation of G protein activation of G protein, activation of adenylate cyclaso, production of cAMP activation of adonytato cyclase, activation of G protein, production of cAMP activation of G protein, production of cAMP, activation of adenylate cyclase
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