A microarray can be used for…
|
Knowing what genes get turned on in the presence of a drug |
||
|
Isolating a particular gene sequence |
||
|
Developing an expression profile of numerous genes |
||
|
Comparing what genes are turned on/off between normal and abnormal conditions |
The microarray is a technique in which several microscopic DNA
spots are fixed on a solid surface.
These spots are used to measure the levels of expressed genes of
multiple regions of a genome in
different conditions.
So option D is correct.
A microarray can be used for… Knowing what genes get turned on in the presence of...
Enhancers can regulate genes from a distance, and yet they promoters influence of only some genes changing Insulators are particular enhancers to that control access of potential insulator sequence translatiorn Insulators can be identfied by cloning a promoter and an enhancer and determining the effect on transcription of a between a distant the same at all times at different times static dynamic In humans, insulators bind to with each other to fornm which then interact Enhancers affect transcription from promoters...
Northern blotting, RT-PCR, and microarrays can be used to analyze gene expression. A lab studies yeast cells, comparing their growth in two different sugars, glucose and galactose. One student is comparing expression of the gene HMG2 under these two conditions. Which technique(s) could he use and why? Another student wants to compare expression of all the genes on chromosome 4, of which there are approximately 800. What technique(s) could she use and why?
90170021 201901/P53 pd 8. (3) Lator you find out that you have access to a microarray for 10 gones that are associated with John's type of cancer. The microarray was done comparing normal tissue the microarray are shown below. One of the patients is John sequence of proteins. What are these mutations? How do the mutations change the 9. (2) If you were to suggest gene therapy to the family. how you describe what the main goal of this therapy...
1. Describe how bacteria regulate genes through operons. 2. What is the difference between a repressible and inducible genetic system? 3. Expression of the Lac operon is under the controls of (1) the Lacl repressor and (2) CAP. Consider each of the following conditions and determine which factors will be acting on the operon. Predict the rate of gene expression. Conditions Lac Operon fon" or "off" CAP present" or "absent" at Lac Operon Predict the rate of gene expression (none,...
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...
please answer all the question to get a like. Part III Dr. Hernandez sits down with Ann and her partner. The doctor is sorry to report that Ann has breast cancer; however, because it was caught early and responds to estrogen and progesterone, the prognosis is good. At this point it looks like the cancer is stage 1. However, as Ann is young, the doctor wants to perform a couple of tests. The first test is a genetic sequencing test...
What term is used to express the idea that several genes exert influence over the same characteristic? Select one: a. terminal interaction b. transformation c. co-adhesion d. coextension e. gene interaction A condition in which one gene pair masks the expression of a nonallelic gene pair is called ________. Select one: a. recessiveness b. dominance c. codominance d. epistasis e. additive alleles One result of X-linkage is a crisscross pattern of inheritance in which sons express recessive genes of their...
Figure 8.1 The following results were obtained from a replica-plating experiment: 1 2 3 4 5 5 Complete Glucose minimal salts (OMSA) GMSA + streptomycin GMSA + leucine GMSA +valine + streptomycin GMSA + leucine + streptomycin 20) Please consider Figure 8.1 carefully Which colonies are leucine auxotrophs? A) 1, 2, 3, and 9 B) 1, 2, 3, 4, 6, 8, and 9 C) 4,6, and 8 D) 3, 4, 8, and 9 21) Please consider Figure 8.1 carefully. Which...
Explain the following in terms a highschooler would understand (from article Expression of HoxD Genes in Developing and Regenerating Axolotl Limbs, 1998): DISCUSSION: Expression of HoxD genes in developing axolotl limb buds. We have examined the expression of Hoxd-8, Hoxd10, and Hoxd-11 genes in axolotl limb buds and find many similarities between the patterns of expression in axolotls and those described for other vertebrates. Similarities are most pronounced in phases I and II (Nelson et al., 1996; Shubin et al.,...
What genes (or kind of genes) will you focus on in your investigative research? Provide 2-3 reasons for your choice of these gene/s. Starting with the bone sample itself, what methods will you use to get DNA that you can sequence? Which “ingredients” in your lab reactions will determine which gene or genes are copied? How is it that these ingredients are able to target a specific gene? What method will you use to see if your efforts to copy...