Recombinant DNA Which of the following vector can maintain the largest fragment of foreign DNA? YAC Cosmid Phage Plasmid YAC Cosmid Phage Plasmid ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Electroporation is the process of separating charged molecules through a gel maintained in an electric field the process of combining foreign DNA to an electrically charged vector molecule the process of multiplication of the cells the application of high voltage pulses the process of separating charged molecules through a gel maintained in an electric field the process of combining foreign DNA to an electrically charged vector molecule the process of multiplication of the cells the application of high voltage pulses ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Which of the following is not commonly used as vector? Cosmid Plasmid Fungi Artificial chromosome Cosmid Plasmid Fungi Artificial chromosome ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Vectors are molecules that protect host cells from invasion by foreign DNA molecules that degrade nucleic acids molecules that are able to covalently bond to and carry foreign DNA into cells molecules that help in replication molecules that protect host cells from invasion by foreign DNA molecules that degrade nucleic acids molecules that are able to covalently bond to and carry foreign DNA into cells molecules that help in replication ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Agrobacterium tumefaciens is a bacterium that can be used to introduce DNA into plants a fungi that is used to produce antibiotics in large amounts a disease in humans that causes loss of sight a disease in humans that causes loss of weight a bacterium that can be used to introduce DNA into plants a fungi that is used to produce antibiotics in large amounts a disease in humans that causes loss of sight a disease in humans that causes loss of weight ANSWER DOWNLOAD EXAMIANS APP
Recombinant DNA Bacterial cells protect their own DNA from degradation by restriction endonucleases by having anti restriction endonucleases methylating the DNA at the sites that the enzyme recognizes not producing any restriction endonucleases deleting all recognition sites from the genome having anti restriction endonucleases methylating the DNA at the sites that the enzyme recognizes not producing any restriction endonucleases deleting all recognition sites from the genome ANSWER DOWNLOAD EXAMIANS APP
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