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Which of the statements best describes the way you would engineer bacterial cells to produce a human protein?


Which of the statements best describes the way you would engineer bacterial cells to produce a human protein?

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The Biohacking Movement And Open Source Insulin

According to hackaday.com, Victor, a textile engineer … the protein encoded by the gene on the plasmid can be produced and excreted by the cell. Grow a lot of cells that do this, and you get a lot of human insulin.

ones genetically engineered to resemble serious human diseases important to the discovery and development of treatments. Human proteins expressed in mammals…

The project was not able to sequence all the DNA found in human cells. It sequenced only euchromatic regions of the genome, which make up 92.1% of the…

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According to brainly.com, The correct answer is option D. The same restriction enzyme would be used to cut both the donor human DNA and the vector DNA. Explanation: The way one could engineer bacterial cells to produce a human protein is by allowing bacteria to taking up the recombinant DNA. This recombinant DNA are inserted in the form of the vectors.

According to quizlet.com, The transformation step in creating bacteria genetically engineered to produce human proteins involves: 1. cleaving the donor and vector DNA so they can be bound into a single molecule. 2. bacteria taking up the recombinant DNA in the form of the vectors. 3. bacteria expressing the novel proteins encoded by the donor DNA. 4.

According to quizlet.com, Which of the following BEST describes the way you would engineer bacterial cells to produce a human protein? Use restriction enzymes to cleave both the donor DNA and the vector DNA. What features of DNA make it possible to make recombinant DNA in the lab? (Select all that apply.) 1. The genetic code is the same for all organisms.

According to quizlet.com, Which of the following BEST describes the way you would engineer bacterial cells to produce a human protein? a) Use restriction enzymes to cleave both the donor DNA and the vector DNA. b) Use restriction enzymes to cleave the donor DNA and to shear the vector DNA into random pieces. c) Randomly shear the donor DNA and the vector DNA.

According to quizlet.com, The transformation step in creating bacteria genetically engineered to produce human proteins involves: bacteria taking up the recombinant DNA in the form of the vectors.

According to quizlet.com, Which of the statements best describes the way you would engineer bacterial cells to produce a human protein? Use a specific restriction enzyme to cleave both the donor DNA and the vector DNA. Which of the choices is an example of a transgenic organism?

According to quizlet.com, bacteria taking up the recombinant DNA in the form of the vectors. Which of the statements best describes the way you would engineer bacterial cells to produce a human protein? Use a specific restriction enzyme to cleave both the donor DNA and the vector DNA. What features of DNA make it possible to make recombinant DNA in the lab?

According to quizlet.com, Which of the following BEST describes the way you would engineer bacterial cells to produce a human protein? Use restriction enzymes to cleave both the donor DNA and the vector DNA. A graduate student wants to create a recombinant DNA molecule and introduce this molecule into bacteria. What is the CORRECT order of steps that he should follow?

According to quizlet.com, Which of the following BEST describes the way you would engineer bacterial cells to produce a human protein? a) None of the answer options is correct. b) Randomly shear the donor DNA and the vector DNA. … Which of the following statements about DNA replication is true? Choice A., On the leading strand, new DNA is added to the 3′ end of the …

According to quizlet.com, Which of the following BEST describes the way you would engineer bacterial cells to produce a human protein? A)Use restriction enzymes to cleave the vector DNA and to shear the donor DNA into random pieces. B)Use restriction enzymes to cleave the donor DNA and to shear the vector DNA into random pieces.

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