Recombinant DNA Technology When populations are small, gene frequencies can change from generation to generation and some alleles may become fixed in a population. This is called __________ . genetic drift assortative mating heterosis inbreeding genetic drift assortative mating heterosis inbreeding ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology An expression vector always contains an origin of replication always contains DNA segments for the regulation of mRNA production usually contains a gene that confers antibiotic resistance to the bacterial host All of these always contains an origin of replication always contains DNA segments for the regulation of mRNA production usually contains a gene that confers antibiotic resistance to the bacterial host All of these ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology Which of the following is not true of small inbreeding populations? They tend to loose genetic diversity Mutation is increased Alleles may become fixed There is an increased incidence of recessive diseases They tend to loose genetic diversity Mutation is increased Alleles may become fixed There is an increased incidence of recessive diseases ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology The TP53 gene of chromosome 17 codes for a protein __________ . involved in the regulation of the cell cycle involved in glucose transport that plays a role in the digestive process that is like a white blood cell protein involved in the regulation of the cell cycle involved in glucose transport that plays a role in the digestive process that is like a white blood cell protein ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology Under which of the following conditions would population gene frequencies remain the same? Active migration between groups Selection for homozygotes Small population size Random mating Active migration between groups Selection for homozygotes Small population size Random mating ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Technology The order for the construction of a cDNA fragment from mRNA is to 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 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 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 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 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 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
EXAMIANS