Write a short paper of at least 25 sentences on one of the following topics: 1)

Question

Write a short paper of at least 25 sentences on one of the following topics:

1) Even though most drugs are synthetically produced, they are linked to natural products. Coumadin (warfarin) is just such an example. The name of the chemical, warfarin, is an abbreviation. What does warfarin stand for? Describe the history of how warfarin was discovered. What is the antidote to warfarin toxicity?

2) Recombinant DNA technology has revolutionized the world of medicine and food production, but most people have little understanding of what it means to perform "genetic modifications". (Side note: People have screamed bloody murder about genetically modified foods, but there's been no outcry about genetically modified medicines.) Describe, in basic details, the process of producing a medicine with recombinant DNA technology.

3) The glycoprotein antagonists are fascinating chemicals. There are three of them and all three of them essentially do the same thing (they bind to platelets and prevent them from sticking together) but they do so in completely different ways. Pick at least one and describe its mechanism of action in inhibiting platelet aggregation.

Explanation / Answer

Even though most drugs are synthetically produced, they are linked to natural products. Coumadin (warfarin) is just such an example. The name of the chemical, warfarin, is an abbreviation.

What does warfarin stand for?  

Wrfarin is a drug belongs to anticoagulant used to treat embolus and thrombosis

Describe the history of how warfarin was discovered

What is the antidote to warfarin toxicity?

2) Recombinant DNA technology has revolutionized the world of medicine and food production, but most people have little understanding of what it means to perform "genetic modifications". (Side note: People have screamed bloody murder about genetically modified foods, but there's been no outcry about genetically modified medicines.)

Describe, in basic details, the process of producing a medicine with recombinant DNA technology.

Once legitimately distinguished, the recombinant DNA atoms can be utilized as a part of different courses helpful in pharmaceutical and human science. There are numerous applications for recombinant DNA innovation.

Cloned correlative DNA has been utilized to deliver different human proteins in microorganisms. Insulin and development hormone have been broadly and effectively tried in people and insulin has been authorized available to be purchased.

Large scale manufacturing of bacterial and viral antigens with recombinant DNA innovation is probably going to give protected and powerful immunizations to a few issue for which there is no avoidance.

The cloned tests for the human -and -globin loci, for particular infection qualities, for example, the Z allele of -antitrypsin, and for irregular genomic successions are demonstrating helpful for prenatally diagnosing human hereditary issue and keeping their clinical outcomes.

Finds individual genes

Cut the genes

Insert the genes into genome of other organism

Readiness of product to administer

3) The glycoprotein antagonists are fascinating chemicals. There are three of them and all three of them essentially do the same thing (they bind to platelets and prevent them from sticking together) but they do so in completely different ways.

Pick at least one and describe its mechanism of action in inhibiting platelet aggregation.

Mechanism of action is described in one situation:

Related Questions

Navigate

• Browse (All)
• Browse W
• Subjects

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.