The only thing that effects gene expression is if the gene is dominant Choose: A. Yes, all genes are either dominant or recessive B. No, all dominant genes are the best option but might not be expressed C. No, there are other factors that can determine gene expression D. Yes, all genes can be expressed if your cell wants to

The only thing that effects gene expression is if the gene is dominant Choose: A. Yes, all genes are either dominant or recessive B. No, all dominant genes are the best option but might not be expressed C. No, there are other factors that can determine gene expression D. Yes, all genes can be expressed if your cell wants to

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Description: The only thing that effects gene expression is if the gene is dominant Choose:A. Yes, all genes are either dominant or recessive B. No, all dominant genes are the best option but might not be expressed C. No, there are other factors that can determi

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter7: Gene Expression And Control

Section: Chapter Questions

Problem 3CT

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Similar questions

A nerve cell and a skin cell from the same person have Group of answer choices A. different gene expression B. different versions of genes C. same gene expression D. none of the above E. different genes
How may genes play a role in the susceptibility of inheriting cancers? The reproductive system discusses reproductive disorders like breast and prostate cancer. So, if an individual has a mutated gene such as the BRCA gene do you think the environment could play a role in gene expression?
If a rabbit with the defective gene is not fed plants with the pigment, what color is its fat? Can you see how the environment influences the expression of a trait?
Are all of your genes expressed in every cell in your body? Explain your answer and include an example in your explanation.
Beadle and Tatum’s BEST contribution to how gene expression is understood can be summarized as what? A. One gene produces one protein. B. Independent assortment occurs. C. DNA is the genetic molecule. D. Information flows from DNA to RNA to protein.
Epigenetics addresses a) the mechanism by which the environment alters a person’s genotype. b) the mechanism by which gene can code for more than one protein. c) the mechanisms that can alter gene expression. d) heritability patterns based on dominant and recessive alleles.
Molecular geneticists have performed experiments in which they altered the number of copies of the bicoid gene in flies, affecting the amount of Bicoid protein produced. a. What would be the effect on development of an increased number of copies of the bicoid gene? b. What would be the effect of a decreased number of copies of bicoid? Justify your answers.
What type of genes regulate the development of anatomical segments and structures in an organism, directing the development of different body regions early in the organism's development? A. Homeotic genes B. Anatomical genes C. Allelic genes D. Methylated genes
Regulation of gene expression is necessary because: A) all cells do not need to express all genes B) all genes must be expressed in all cells C) some cells express all genes D) some genes must be expressed in all cells
A. Which genes could be used to monitor the process of the disease? B. If you worked for a drug company developing a treatment for the cancer, which genes would you target to turn on in cancer cells? C. Which genes would you target to turn off in cancer cells?
Why is it easier to manipulate embryonic stem cells to differentiate into various tissues than it is to manipulate a typical adult cell? a. As cells develop, signaling pathways can cause some genes to be turned off during development. b. Adult cells have different DNA content than do embryonic stem cells. c. Emybronic stem cells pose less of a threat for organ rejection as do an individual s own adult cells. d. It is no easier to manipulate emybronic stem cells to differentiate into various tissues than it is to manipulate a typical adult cell.
In the future, gene technology may make it possible for parents to produce children with athletic ability, artistic talent, or high IQ. Do you have any ethical concerns about these possibilities? If so, where and how would you draw the line?