19Code for DNArepair enzymesp53 is an exampleCode for growthfactors and cyclinBRCA1 and BaxOnly one mutatedcopy can disruptthe normal cellcycle SOLIVE ✓00:47:29LabelsRas is an exampleCan becomeoncogenesBoth copies needto be mutated todisrupt the cellcycleCode for DNAReset AllProto-Oncogenes (1/2)Tumor SupressorGenes (2/2)gene.

Introduction : Positive growth regulator mutations that lead to hyperactivity are frequently…

S OLIVE ✓ 00:47:29 Labels Ras is an example Can become oncogenes Both copies need to be mutated to disrupt the cell cycle Code for DNA Reset All Proto-Oncogenes (1/2) Tumor Supressor Genes (2/2) suppressor gene.

S OLIVE ✓ 00:47:29 Labels Ras is an example Can become oncogenes Both copies need to be mutated to disrupt the cell cycle Code for DNA Reset All Proto-Oncogenes (1/2) Tumor Supressor Genes (2/2) suppressor gene.

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter16: Gene Expression

Section: Chapter Questions

Problem 21RQ: Cancer causing genes are called transformation genes tumor suppressor genes oncogenes mutated genes

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Concept explainers

Genomic studies

Genomic studies (genomics) is the study of the whole genome of an organism. Using bioinformatics and high-performance computing, genomic researchers examined massive amounts of deoxyribonucleic acid (DNA)-sequence data to discover variations or mutations that affect drug response, health, or disease. Genomics is a much younger discipline than genetics, having only emerged in the last few decades as a result of technological advancements in DNA sequencing and computational biology.

Question

19
Code for DNA
repair enzymes
p53 is an example
Code for growth
factors and cyclin
BRCA1 and Bax
Only one mutated
copy can disrupt
the normal cell
cycle

S
OLIVE ✓
00:47:29
Labels
Ras is an example
Can become
oncogenes
Both copies need
to be mutated to
disrupt the cell
cycle
Code for DNA
Reset All
Proto-Oncogenes (1/2)
Tumor Supressor
Genes (2/2)
gene.

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