**Producing Insulin**Many diabetics are treated using recombinant insulin. Place the following steps involved in producing insulin in order:1. Identify the gene for insulin2. Use restriction enzymes to remove insulin gene3. Insulin inserted into a plasmid4. Inserted plasmid into bacterial cell5. Clone the bacteria with the recombinant plasmid6. Gene is expressed in the bacteria to make large amounts of insulin

The first step in the production of Recombinant insulin is the identification of the gene for the…

Producing Insulin Many diabetics are treated using recombinant insulin. Place the following steps involved in producing insulin in order. 1 E Gene is expressed in the bacteria to make large amounts of insulin 2 Identify the gene for insulin 3 | Clone the bacteria with the recombinant plasmid 4 : Insulin inserted into a plasmid 5 | Inserted plasmid into bacterial cell 6 * Use restriction enzymes to remove insulin gene

Producing Insulin Many diabetics are treated using recombinant insulin. Place the following steps involved in producing insulin in order. 1 E Gene is expressed in the bacteria to make large amounts of insulin 2 Identify the gene for insulin 3 | Clone the bacteria with the recombinant plasmid 4 : Insulin inserted into a plasmid 5 | Inserted plasmid into bacterial cell 6 * Use restriction enzymes to remove insulin gene

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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You are on a research project to study rice. Your want to use reverse transcription PCR to amplify the OsMEI28 cDNA from the plant and create a plasmid that contains the cDNA sequence in a vector. Briefly describe the steps that you would need to take.
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Three pairs of bacterial cells with the given genotypes undergo conjugation. Place match the genotype of each cell after conjugation to its initial genotype. F+ x F Hfr F- F' F- Answer Bank F F F+ Hfr What is the role of the F-factor in conjugation? It contains genes necessary for replication of the donor's F plasmid. can occur. It allows auxotrophic bacterial cells to survive on minimal medium so that conjugation It contains genes that force recombination between the donor and recipient chromosomes. It contains genes necessary for the formation of the pilus. O It degrades the chromosome of the recipient cell after conjugation.
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Place the steps in the correct order from start to finish. Do not overlap steps. Start Transformed plant cells are selected for on a culture medium containing herbicide Bacteria are transformed with two plasmids Transgenes are incorporated into the plant cell genome T-DNA is transferred from the bacterial cell to the plant cell Transformed bacteria conjugate with plant cells Reset Transformed plant cells grow into transgenic plants Help Finish