16 Evolution can be defined asO a. any; group of organismschange that takes place in a(n).over time.O b. a genetic; group of organismsO c. any; individualO d. a genetic; individualOe. All of the aboveQUESTION 16You are going to perform Next Generation sequencing on samples of RNA from cancer and healthy tissue. You want to only evaluate the protein coding genes. What step can you takein your library preparation to accomplish this?O 1. Ligation of adaptors.O 2. poly-A selectionO 3. cDNA synthesisO 4. FragmentationO 5. Selective primer designQUESTION 17In Burkitt lymphoma, there is increased expression of the MYC gene. Which of the following best explains this situation?O a. The MYC gene has been amplifiedO b. A chromosome deletion has removed an oncogenec. A translocation has brought the MYC gene next to a different regulatory regionO d. A chromosome deletion has removed a tumor-suppressor geneOe. A chromosome duplication that involves a segment with an oncogeneAUFSTIANClick Save and Submit to save and submit. Click Save All Answers to save all answers.

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Description: 16 Evolution can be defined asO a. any; group of organismschange that takes place in a(n).over time.O b. a genetic; group of organismsO c. any; individualO d. a genetic; individualOe. All of the aboveQUESTION 16You are going to perform Next Generatio

The next generation sequencing is the advanced technology in field of determining the sequence of…

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Biology

QUESTION 16 You are going to perform Next Generation sequencing on samples of RNA from cancer and healthy tissue. You want to only evaluate the protein coding genes. What step can you take in your library preparation to accomplish this? O 1. Ligation of adaptors. O 2. poly-A selection O 3. cDNA synthesis O 4. Fragmentation O 5. Selective primer design

QUESTION 16 You are going to perform Next Generation sequencing on samples of RNA from cancer and healthy tissue. You want to only evaluate the protein coding genes. What step can you take in your library preparation to accomplish this? O 1. Ligation of adaptors. O 2. poly-A selection O 3. cDNA synthesis O 4. Fragmentation O 5. Selective primer design

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter15: Dna Technology And Genomics

Section: Chapter Questions

Problem 7TYU

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Just as anatomical homology can lead to vestigial structuressuch as human wisdom teeth and the wings of flightlessbirds, genetic homology can lead to vestigial DNA sequences.For example, most mammal species produce an enzyme,L-gulonolactone oxidase, that catalyzes the last step in the productionof vitamin C. The species that produce the enzyme areable to do so because they all inherited the gene that encodesit from a common ancestor. Humans, however, do not produceL-gulonolactone oxidase, so we can’t produce vitamin C ourselvesand must consume it in our diets. But even though wedon’t produce the enzyme, our cells do contain a stretch of DNAwith a sequence very similar to that of the enzyme-producinggene present in rats and most other mammals. The human version,though, does not encode the enzyme (or any protein). Weinherited this stretch of DNA from an ancestor that we share withother mammal species, but in us, the sequence has undergonea change that rendered it nonfunctional. (The…
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