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Genome Drugs By: C. Brandon Brown Restriction Enzymes: cut certain segments of DNA that correspond to the enzymes cut sequence these enzymes sequences.

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Presentation on theme: "Genome Drugs By: C. Brandon Brown Restriction Enzymes: cut certain segments of DNA that correspond to the enzymes cut sequence these enzymes sequences."— Presentation transcript:

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2 Genome Drugs By: C. Brandon Brown

3 Restriction Enzymes: cut certain segments of DNA that correspond to the enzymes cut sequence these enzymes sequences are cut so that one base end is longer than the other, called the “sticky end”, this is so that the DNA sequence can attach itself again to the plasmid

4 Successes: before genetically engineered drugs and pharmaceuticals, diabetics relied on cows’ and pigs’ pancreases as their source of insulin the process for manufacturing insulin requires the use of restriction enzymes and plasmids

5 Process:

6 Process Cont.:

7 the bacteria, E. Coli, are allowed to grow, as they multiply, insulin becomes a byproduct the insulin is collected, filtered, and processed for diabetic patients

8 Successes Cont.: another success of genetically altered medicines was with the Human Growth Hormone (HGH) certain people have hormones that don’t produce the natural amount of HGH, this leads to certain types of human dwarfism

9 Success Cont.: as with the insulin protein, the HGH protein was cut using restriction enzymes after the recombinant DNA was placed within a plasmid, the bacteria grew and the protein was excreted

10 Success Cont.: with the HGH being mass produced, the hormone could now be given to patients to help stop some forms of human dwarfism there are now approximately 6 bacterial and 3 viral genetically engineered drugs that are open for public health

11 Applications:

12 Pharming: in pharming, scientists use livestock and crops to produce medically useful products the livestock or crops are engineered with human DNA which code for a specific protein the protein enriched crop or livestock is then harvested for medical use

13 Risks: pharming, genetically engineered drugs, and other methods involving gene transplanting, are all highly experimental, and could cause possible irreversible consequences with every breakthrough using genetic engineering, scientists must look at the social, economic, and environmental risks involved, even though the industry provides over 8 ½ billion dollars in revenue


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