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1.) A plasmid used as a cloningvecotr in E. coli must have A) unique restriction

ID: 1535 • Letter: 1

Question

1.) A plasmid used as a cloningvecotr in E. coli must have A) unique restriction sites. B) an ori sequence C) a selectable marker. D) all of the above E) B and C only 2.) Vecotrs capable of entering bothprokaryotic and eukaryotic cells have A) omnivectors. B) dual vecotrs. C) shuttle vectors. E) universal vecotors. 3.) In DNA electrophoresis, fragmentseperation is based on A) fragment nucleotide content. B) fragment size. C) fragment sequence D) all of the above 1.) A plasmid used as a cloningvecotr in E. coli must have A) unique restriction sites. B) an ori sequence C) a selectable marker. D) all of the above E) B and C only 2.) Vecotrs capable of entering bothprokaryotic and eukaryotic cells have A) omnivectors. B) dual vecotrs. C) shuttle vectors. E) universal vecotors. 3.) In DNA electrophoresis, fragmentseperation is based on A) fragment nucleotide content. B) fragment size. C) fragment sequence D) all of the above

Explanation / Answer

QuestionDetails: 1.) A plasmid used as a cloningvecotr in E. coli must have A) unique restriction sites. B) an ori sequence C) a selectable marker. D) all of theabove E) B and C only 2.) Vecotrs capable of entering bothprokaryotic and eukaryotic cells have A) omnivectors. B) dual vecotrs. C) shuttlevectors. E) universal vecotors. 3.) In DNA electrophoresis, fragmentseperation is based on A) fragment nucleotide content. B) fragmentsize. C) fragment sequence D) all of the above I take this is microbiology lol.. I love this! QuestionDetails: 1.) A plasmid used as a cloningvecotr in E. coli must have A) unique restriction sites. B) an ori sequence C) a selectable marker. D) all of theabove E) B and C only 2.) Vecotrs capable of entering bothprokaryotic and eukaryotic cells have A) omnivectors. B) dual vecotrs. C) shuttlevectors. E) universal vecotors. 3.) In DNA electrophoresis, fragmentseperation is based on A) fragment nucleotide content. B) fragmentsize. C) fragment sequence D) all of the above
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