10. You have a blood stain and want to match it to a large number of blood samples. only a minute amount of each type of blood, you will need to a. do restriction digest mapping on all of the samples. b. do PCR on all of the samples. C. do PCR and restriction digest mapping on all of the samples. d. None of the above. 11. Which statement is FALSE? The bacterial plasma membrane a. has an attachment site for the chromosome. b. is the site of protein synthesis. c. makes ATP. d. selectively imports and exports molecules from the cell. 12. A 9:3:3:1 ratio is obtained in the F2 generation starting with organisms homozygous for two traits. The genes encoding these traits are located a. close together on the same autosome b. on different autosomes c. on an autosome and on the X chromosome d. on the X chromosome. 13. Which statement is FALSE for organisms that are heterozygous for a mutation in a visible trait? a. They may appear as if they were homozygous for the wild-type allele, b. They may appear mutant. c. The progeny always look like the parents. d. Some of their progeny will be heterozygous. 4 All of the following can increase the resolution obtained with a light microscope EXCEPT: a. increasing the wavelength of the light b. using fluorescent chemicals c. using a confocal microscope d. increasing the alpha angle
10. You have a blood stain and want to match it to a large number of blood samples. only a minute amount of each type of blood, you will need to a. do restriction digest mapping on all of the samples. b. do PCR on all of the samples. C. do PCR and restriction digest mapping on all of the samples. d. None of the above. 11. Which statement is FALSE? The bacterial plasma membrane a. has an attachment site for the chromosome. b. is the site of protein synthesis. c. makes ATP. d. selectively imports and exports molecules from the cell. 12. A 9:3:3:1 ratio is obtained in the F2 generation starting with organisms homozygous for two traits. The genes encoding these traits are located a. close together on the same autosome b. on different autosomes c. on an autosome and on the X chromosome d. on the X chromosome. 13. Which statement is FALSE for organisms that are heterozygous for a mutation in a visible trait? a. They may appear as if they were homozygous for the wild-type allele, b. They may appear mutant. c. The progeny always look like the parents. d. Some of their progeny will be heterozygous. 4 All of the following can increase the resolution obtained with a light microscope EXCEPT: a. increasing the wavelength of the light b. using fluorescent chemicals c. using a confocal microscope d. increasing the alpha angle
Biomedical Instrumentation Systems
1st Edition
ISBN:9781133478294
Author:Chatterjee
Publisher:Chatterjee
Chapter15: Instrumentation In Medical Imaging
Section: Chapter Questions
Problem 6Q
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Transcribed Image Text:of the above.
a
only a minute amount of each type of blood, you will heed
a. do restriction digest mapping on all of the samples.
b. do PCR on all of the samples.
C. do PCR and restriction digest mapping on all of the samples.
d. None of the above.
11. Which statement is FALSE? The bacterial plasma membrane
a. has an attachment site for the chromosome.
b. is the site of protein synthesis.
c. makes ATP.
d. selectively imports and exports molecules from the cell.
12. A 9:3:3:1 ratio is obtained in the F2 generation starting with organisms homozygous for two
traits. The genes encoding these traits are located
a. close together on the same autosome
b. on different autosomes
c. on an autosome and on the X chromosome
d. on the X chromosome.
13. Which statement is FALSE for organisms that are heterozygous for a mutation in a visible
trait?
a. They may appear as if they were homozygous for the wild-type allele.
b. They may appear mutant.
c. The progeny always look like the parents.
d. Some of their progeny will be heterozygous.
All of the following can increase the resolution obtained with a light microscope EXCEPT:
a. increasing the wavelength of the light
b. using fluorescent chemicals
c. using a confocal microscope
d. increasing the alpha angle
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