11. which of the following involves the use of human genes?
A. banana-based vaccine against pathogenic E.coli
B. growth hormonetreated cows
C. insulin production by bacteria
D. Bt toxin production by soybeans
E. herbicide-resistant Corn
12. All of the following have been produced by inserting human genes into bacteria except:
a. cancer cell-killing hormones, which cure patients who have malignancies.
B. Clot-dissolving enzymes, which help heart attack victims recover
C. growth hormone, which helps children grow normally.
D. blood clotting enzymes, which treat hemophiliacs.
E. insulin, which treats diabetics
13. what do differences in restriction fragment length polymorphism (RFLP) banding patterns between samples indicate?
A. mRNA is not transcribed in either of the samples being analyzed
B. The genes of interest belong on different chromosomes
C. The two different DNA molecules being tested have different base pair sequences
15. All of the following are benefits of sequencing the human genome except:
A. better comparisons can be made between human genetics and the genetics of other organisms
B. genes were discovered whose functions were previously unknown
C. the number of genetic disorrders that can be diagnosed with molecular techniques has increased.
D. more genes that cause disease have been discovered
E. Every genetic disorder is now curable or preventable
18. If you cut out a gene using EcoRI an dBamHI, what enzymes will you need to insert the gene into another chromosome?
A. EcoRI only
B. BamHI only
C. both EcoRI and BamHI
D. Neither of these enzymes
A. banana-based vaccine against pathogenic E.coli
B. growth hormonetreated cows
C. insulin production by bacteria
D. Bt toxin production by soybeans
E. herbicide-resistant Corn
12. All of the following have been produced by inserting human genes into bacteria except:
a. cancer cell-killing hormones, which cure patients who have malignancies.
B. Clot-dissolving enzymes, which help heart attack victims recover
C. growth hormone, which helps children grow normally.
D. blood clotting enzymes, which treat hemophiliacs.
E. insulin, which treats diabetics
13. what do differences in restriction fragment length polymorphism (RFLP) banding patterns between samples indicate?
A. mRNA is not transcribed in either of the samples being analyzed
B. The genes of interest belong on different chromosomes
C. The two different DNA molecules being tested have different base pair sequences
15. All of the following are benefits of sequencing the human genome except:
A. better comparisons can be made between human genetics and the genetics of other organisms
B. genes were discovered whose functions were previously unknown
C. the number of genetic disorrders that can be diagnosed with molecular techniques has increased.
D. more genes that cause disease have been discovered
E. Every genetic disorder is now curable or preventable
18. If you cut out a gene using EcoRI an dBamHI, what enzymes will you need to insert the gene into another chromosome?
A. EcoRI only
B. BamHI only
C. both EcoRI and BamHI
D. Neither of these enzymes
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11. which of the following involves the use of human genes?
C. insulin production by bacteria
13. what do differences in restriction fragment length polymorphism (RFLP) banding patterns between samples indicate?
C. The two different DNA molecules being tested have different base pair sequences
15. All of the following are benefits of sequencing the human genome except:
E. Every genetic disorder is now curable or preventable
18. If you cut out a gene using EcoRI an dBamHI, what enzymes will you need to insert the gene into another chromosome?
C. both EcoRI and BamHI
These do not produce compatible sticky ends.
C. insulin production by bacteria
13. what do differences in restriction fragment length polymorphism (RFLP) banding patterns between samples indicate?
C. The two different DNA molecules being tested have different base pair sequences
15. All of the following are benefits of sequencing the human genome except:
E. Every genetic disorder is now curable or preventable
18. If you cut out a gene using EcoRI an dBamHI, what enzymes will you need to insert the gene into another chromosome?
C. both EcoRI and BamHI
These do not produce compatible sticky ends.
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It maybe help. http://yourcares.info/145685/growth-hormone
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11. C
12. Not E... don't know though. I would guess A!
13. C
15. E
18. C
12. Not E... don't know though. I would guess A!
13. C
15. E
18. C