38 25 33. The following describes process of transduction of bacterial cells by DNA: b A) Incorporation of naked DNA into a cell. B) Incorporation of DNA into a cell when associated with protein. C) Transfer of DNA from one cell to another cell. D) Rearrangement of cellular DNA. 34. A human “B" cell is capable of producing about 15 million IgG proteins by using: A) Recombination process. B) alternative splicing process. C) changing the composition of transcription factors D) inducing point mutation. E) Inserting transposons. bolfeo od hod so ocuml Inolie (a ovodn orlt to liA ( 35. The following phenotypic change of a bacterium is possible by transfer of DNA by "conjugation". A) ability to produce toxin. B) Develop antibiotic resistance. C) Production of virulence factor D) All of the above statements are true. le 200moupse sbitosban od ybel nioion ЛИО on M 36. The following features is(are) the requirement(s) for homologous recombination to occur: oioron A) Very similar (homologous) DNA sequences are required. B) The site of exchange can be anywhere in the homologous sequences. C) Nucleotide sequences do not alter at the site of exchange. D) Enzymes are required to cut both strands of the double helix. E) All of the above. OTA canoe-no (A inolie (8 37. The following statements are true about insertion of mobile genetic elements: A) Takes place in all organisms. B) Recombination does not require any nucleotide sequence similarity. C) Human genome contains about 45% mobile genetic elements. D) All of the above statements are true. asa-alM (C is oda to lA ( al-oal to 2oigmaro a pniwolt odT .SE noiamtolensT (A moitoubenn ( notstun Imo(3 nolzenidmoo (3 8.
38 25 33. The following describes process of transduction of bacterial cells by DNA: b A) Incorporation of naked DNA into a cell. B) Incorporation of DNA into a cell when associated with protein. C) Transfer of DNA from one cell to another cell. D) Rearrangement of cellular DNA. 34. A human “B" cell is capable of producing about 15 million IgG proteins by using: A) Recombination process. B) alternative splicing process. C) changing the composition of transcription factors D) inducing point mutation. E) Inserting transposons. bolfeo od hod so ocuml Inolie (a ovodn orlt to liA ( 35. The following phenotypic change of a bacterium is possible by transfer of DNA by "conjugation". A) ability to produce toxin. B) Develop antibiotic resistance. C) Production of virulence factor D) All of the above statements are true. le 200moupse sbitosban od ybel nioion ЛИО on M 36. The following features is(are) the requirement(s) for homologous recombination to occur: oioron A) Very similar (homologous) DNA sequences are required. B) The site of exchange can be anywhere in the homologous sequences. C) Nucleotide sequences do not alter at the site of exchange. D) Enzymes are required to cut both strands of the double helix. E) All of the above. OTA canoe-no (A inolie (8 37. The following statements are true about insertion of mobile genetic elements: A) Takes place in all organisms. B) Recombination does not require any nucleotide sequence similarity. C) Human genome contains about 45% mobile genetic elements. D) All of the above statements are true. asa-alM (C is oda to lA ( al-oal to 2oigmaro a pniwolt odT .SE noiamtolensT (A moitoubenn ( notstun Imo(3 nolzenidmoo (3 8.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Can you please answer question 33 and 36
Transcribed Image Text:38
25
33. The following describes process of transduction of bacterial cells by DNA: b
A) Incorporation of naked DNA into a cell.
B) Incorporation of DNA into a cell when associated with protein.
C) Transfer of DNA from one cell to another cell.
D) Rearrangement of cellular DNA.
34. A human “B" cell is capable of producing about 15 million IgG proteins by using:
A) Recombination process.
B) alternative splicing process.
C) changing the composition of transcription factors
D) inducing point mutation.
E) Inserting transposons.
bolfeo od hod so ocuml
Inolie (a
ovodn orlt to liA
(
35. The following phenotypic change of a bacterium is possible by transfer of DNA by
"conjugation".
A) ability to produce toxin.
B) Develop antibiotic resistance.
C) Production of virulence factor
D) All of the above statements are true.
le 200moupse sbitosban od ybel
nioion
ЛИО
on M
36. The following features is(are) the requirement(s) for homologous recombination to
occur:
oioron
A) Very similar (homologous) DNA sequences are required.
B) The site of exchange can be anywhere in the homologous sequences.
C) Nucleotide sequences do not alter at the site of exchange.
D) Enzymes are required to cut both strands of the double helix.
E) All of the above.
OTA
canoe-no (A
inolie (8
37. The following statements are true about insertion of mobile genetic elements:
A) Takes place in all organisms.
B) Recombination does not require any nucleotide sequence similarity.
C) Human genome contains about 45% mobile genetic elements.
D) All of the above statements are true.
asa-alM (C
is oda to lA (
al-oal to 2oigmaro a pniwolt odT .SE
noiamtolensT (A
moitoubenn (
notstun Imo(3
nolzenidmoo (3
8.
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