Question

HCI HC2 HC3 AxD1 AXD2 AxD3 А 1) Which axis are different genes? 2) Which axis are different cell types? B 3) Which gene (A-D)

0 0
Add a comment Improve this question Transcribed image text
Answer #1

1) Axis HC3 and AxD1 have a different level of gene expression as compared to with same cell types.

2) Axis HC1, HC2, and HC3 have one type of cell type and axis AxD1, AxD2, and AxD3 have another type of cell type.

3) Gene A is the most upregulated gene in AxD cells.

4) Gene D is most upregulated in HC cells.

5) Z-score is a number that represents a value's relationship to the mean value. Z-score is measured in terms of standard deviations from the mean. If a Z-score is 0, it indicates that the data point's score is identical to the mean score. A Z-score of 1.0 would indicate a value that is one standard deviation from the mean. Z-scores may be positive or negative, with a positive value indicating the score is above the mean and a negative score indicating it is below the mean.

So basically, we are comparing the SAD1 gene expression value with the mean.

Add a comment
Know the answer?
Add Answer to:
HCI HC2 HC3 AxD1 AXD2 AxD3 А 1) Which axis are different genes? 2) Which axis...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Yet, all the cells in your body contain the same genes (and same alleles). The difference...

    Yet, all the cells in your body contain the same genes (and same alleles). The difference across cell types is that genes get selectively expressed (turned on or off) based on the proteins needed for cellular function given their environment. Select which statement explains the reason why hair does not normally grow on your muscle cells. a. Muscle cells have the gene for keratin, but do not express it b. Muscle cells do not have the gene for keratin and...

  • In humans, there are about 200 different types of cells. Why are your liver cells different...

    In humans, there are about 200 different types of cells. Why are your liver cells different from skin cells, or neurons, or muscle cells? During development, each cell accumulates different mutations changing their DNA They produce the same proteins but some of those proteins are denatured in each cell They have different DNA and thus, each cell produces different proteins They produce the same kind of proteins but not all proteins are active in each cell They have the same...

  • The human genome contains a family genes that code for different forms of myosin, which are...

    The human genome contains a family genes that code for different forms of myosin, which are expressed in different cell types and hav somewhat different functionsWhere the sequence of each gene would you expect to see differences among them? Done Chapter 14 Homework Assignment The human genome contains a family of genes that code for different forms of myosin, which are expressed in different cell types and have somewhat different functions. Where in the sequence of each gene would you...

  • someone please help! i have a brain fart :/ tations and Regulation of Gene Expression 6....

    someone please help! i have a brain fart :/ tations and Regulation of Gene Expression 6. Which of the following statements about the DNA in your brain cells is TRUE? a. The majority of the DNA in these cells is made up of genes that code for proteins. b. The majority of genes in these cells are expressed as RNA or proteins. C. Your brain cells contain approximately the same DNA as your heart cells. d. All of the above...

  • In a recent study, the expression profiles for 6900 genes in normal and malignant breast tissues...

    In a recent study, the expression profiles for 6900 genes in normal and malignant breast tissues from rats were compared. RNA was extracted using the following tissues: a. breast tissue from virgin rats b. breast tissue from pregnant rats c. breast tissue from lactating rats d. breast carcinomas induced by the meat-derived carcinogen, PhIP e. breast carcinomas induced by the experimental carcinogen, DMBA Tissues a, b, c were grouped together as normal and tissues d, e were grouped as carcinoma...

  • Which of the following statements is false? Epistasis involves interactions among different genes, to influence phenotype....

    Which of the following statements is false? Epistasis involves interactions among different genes, to influence phenotype. When an allele is dominant, the heterozygous combination is the same phenotypically as one of the homozygotes. Dominance refers to the form of expression of a gene in relation to its allele (or alleles). Epistasis involves interactions between alleles of a single gene.

  • Which of the following are true of modifying and epistatic genes in regard to genetic diseases?  (1)...

    Which of the following are true of modifying and epistatic genes in regard to genetic diseases?  (1) Modifying genes can account for the severity of a genetic disease Modifying genes do not completely mask genes for a genetic disease. Epistatic genes may cause a disease by masking normal genes. The expression of modifying genes can be affected by environmental factors. Select the true statements about sex influenced and sex limited traits: (circle all that apply) (2) Sex-influenced traits and sex-limited traits...

  • QUESTIONS 7 - 11 Use the SAME letters above to answer the following questions 7. In...

    QUESTIONS 7 - 11 Use the SAME letters above to answer the following questions 7. In eukaryotic organisms, mRNA that is made from DNA is almost always much larger right after it is synthesized compared to when it finally engages with a ribosome to make a protein. This process is called 8. In the process defined in question 7, is/are cut out of the DNA. 9. In eukaryotic organisms, activators bind to control regions called that are distant from the...

  • 1. True or False: Different cells in an individual’s body have different genomes 2. Which of...

    1. True or False: Different cells in an individual’s body have different genomes 2. Which of the following describes a genome-wide association study? A) A study that sequenced the genome of an aggressive metastatic breast cancer biopsy from a 22-year-old patient to determine the genetic mutations present B) A study that treated adult somatic cells with a transcription factor to understand how that transcription factor changes gene expression and the cellular phenotype C) A California study that sequenced the CFTR...

  • A) An Operon is:? 1- A gene that affect another gene transcription. 2. A gene coding...

    A) An Operon is:? 1- A gene that affect another gene transcription. 2. A gene coding for a metabolic pathway. 3. A protein that blockgene expression. 4. A set of genes under the control of one promoter. B )- In bacteria the Lac Operon genes code for proteins that break down.? 1- Arabinose 2- Lactose 3- Galactose 4- Glucose C )mRNA processing involves removal of .......? 1- Introns 2- The poly-A tail 3- The 5' cap 4- Exons D )...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT