How the production of human insulin by recombinant DNA methods had significant medical advantages for diabetics. Concept introduction: DNA based technology is very common these days. Biotechnology is the process of manipulating the living organisms or processes to form a useful product for the mankind. It includes recombinant DNA technology, cloning, genetic engineering, DNA profiling, PCR, microarray analysis and so forth.

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Build a model of a prokaryotic cell using any material of your choice. In your model be sure to include all the structures appropriate to your cell. You may model a bacterial cell or an archaea. You will model at least 4 structures in any model. Next, build a model of a virus using the same type of materials. You may choose any type of virus but be sure you can illustrate the key features of a virus (head shape for example). Once complete, take multiple photographs of your models from all angles. Include these images in a document that also contains the following completed table format. You may need to add rows to your table depending on the type of prokaryote you model. Structure Model Key Found in Different in Function Virus Virus Once your model is complete, write a brief description of your cell and your virus. Emphasize features that are absent in viruses that classify them as non-living. You can refer to specific structures in your table in this explanation. Some suggestions for…

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Question

Chapter 15.5, Problem 1C

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To explain: How the production of human insulin by recombinant DNA methods had significant medical advantages for diabetics.

Concept introduction: DNA based technology is very common these days. Biotechnology is the process of manipulating the living organisms or processes to form a useful product for the mankind. It includes recombinant DNA technology, cloning, genetic engineering, DNA profiling, PCR, microarray analysis and so forth.

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