Recombinant DNA Technology Under which of the following conditions would population gene frequencies remain the same? Active migration between groups Random mating Selection for homozygotes Small population size Active migration between groups Random mating Selection for homozygotes Small population size ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology In gel electrophoresis, DNA molecules migrate from __________ to __________ ends of the gel. negative ... positive basic ... acidic long ... short positive to negative negative ... positive basic ... acidic long ... short positive to negative ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology Restriction enzymes All of these cut DNAs producing a blunt end protect bacteria from viral infection cut DNA in a staggered fashion All of these cut DNAs producing a blunt end protect bacteria from viral infection cut DNA in a staggered fashion ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology What enzyme forms covalent bonds between restriction fragments? DNA polymerase DNA ligase DNA primase DNA helicase DNA polymerase DNA ligase DNA primase DNA helicase ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology First discovered, Type II restriction endonuclease was Hind II Eco K Hinf I EcoRI Hind II Eco K Hinf I EcoRI ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology The order for the construction of a cDNA fragment from mRNA is to treat with reverse transcriptase, digest with RNase, add G residues to the 3' end, bind oligo-dC, treat with DNA polymerase and bind oligo-dT digest with RNase, add G residues to the 3' end, treat with reverse transcriptase, add G residues to the 3' end and treat with DNA polymerase bind oligo-dT, treat with reverse transcriptase, digest with RNase, add G residues to the 3' end, bind oligo-dC, treat with DNA polymerase bind oligo-dC, treat with reverse transcriptase, digest with RNase, add G residues to the 3' end, bind oligo-dT and treat with DNA polymerase treat with reverse transcriptase, digest with RNase, add G residues to the 3' end, bind oligo-dC, treat with DNA polymerase and bind oligo-dT digest with RNase, add G residues to the 3' end, treat with reverse transcriptase, add G residues to the 3' end and treat with DNA polymerase bind oligo-dT, treat with reverse transcriptase, digest with RNase, add G residues to the 3' end, bind oligo-dC, treat with DNA polymerase bind oligo-dC, treat with reverse transcriptase, digest with RNase, add G residues to the 3' end, bind oligo-dT and treat with DNA polymerase ANSWER DOWNLOAD EXAMIANS APP
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