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Radioimmunoassay: Various hormones are tested using radioimmunassays. Radioactive tracers are present in the test tube prior to placing in the serum (blood). Several techniques are applied but in essence, radioactivity is then measured after a "wash-out" of the serum and the tracer is done. Youtube Guide: https://urlzs.com/2UMty What is the expected radioactivity reading in a sample with a high amount of the hormone of interest? a.) There will be a high amount of radiation in the test tube because the hormone of interest will bind with the radioactive tracer. b.) There will be a low amount of radiation in the test tube because the hormone of interest will displace the radioactive tracers during "wash-out". c.) There will be a high amount of radiation in the test tube because the hormone of interest is not washed out with the radioactive tracer. d.) There will be a low amount of radiation in the test tube because the hormone of interest does not bind with the radioactive tracer.

Radioimmunoassay: Various hormones are tested using radioimmunassays. Radioactive tracers are present in the test tube prior to placing in the serum (blood). Several techniques are applied but in essence, radioactivity is then measured after a "wash-out" of the serum and the tracer is done. Youtube Guide: https://urlzs.com/2UMty What is the expected radioactivity reading in a sample with a high amount of the hormone of interest? a.) There will be a high amount of radiation in the test tube because the hormone of interest will bind with the radioactive tracer. b.) There will be a low amount of radiation in the test tube because the hormone of interest will displace the radioactive tracers during "wash-out". c.) There will be a high amount of radiation in the test tube because the hormone of interest is not washed out with the radioactive tracer. d.) There will be a low amount of radiation in the test tube because the hormone of interest does not bind with the radioactive tracer.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Radioimmunoassay: Various hormones are tested using radioimmunassays. Radioactive tracers are present in the test tube prior to placing in the serum (blood). Several techniques are applied but in essence, radioactivity is then measured after a "wash-out" of the serum and the tracer is done. Youtube Guide: https://urlzs.com/2UMty What is the expected radioactivity reading in a sample with a high amount of the hormone of interest? a.) There will be a high amount of radiation in the test tube because the hormone of interest will bind with the radioactive tracer. b.) There will be a low amount of radiation in the test tube because the hormone of interest will displace the radioactive tracers during "wash-out". c.) There will be a high amount of radiation in the test tube because the hormone of interest is not washed out with the radioactive tracer. d.) There will be a low amount of radiation in the test tube because the hormone of interest does not bind with the radioactive tracer.
Transcribed Image Text:Radioimmunoassay: Various hormones are tested using radioimmunassays. Radioactive tracers are present in the test tube prior to placing in the serum (blood). Several techniques are applied but in essence, radioactivity is then measured after a "wash-out" of the serum and the tracer is done. Youtube Guide: https://urlzs.com/2UMty What is the expected radioactivity reading in a sample with a high amount of the hormone of interest? a.) There will be a high amount of radiation in the test tube because the hormone of interest will bind with the radioactive tracer. b.) There will be a low amount of radiation in the test tube because the hormone of interest will displace the radioactive tracers during "wash-out". c.) There will be a high amount of radiation in the test tube because the hormone of interest is not washed out with the radioactive tracer. d.) There will be a low amount of radiation in the test tube because the hormone of interest does not bind with the radioactive tracer.
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