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Department of Chemistry tabs johnson Biochemistry, Texas Tech University, Lubbock, Texas. Organic synthesis plays an important role in chemistry, biochemistry, medicine, agriculture, molecular biology, physics, materials science, electronics, and engineering by allowing for the creation of specific molecules for scientific and technological investigations.

See also: Organic chemistryThe heart of organic synthesis is designing synthetic routes to a molecule. The simplest synthesis of a molecule is one in which the target molecule can be obtained by using a glucophage 850 mg available starting material for a single reaction that converts it to the desired target molecule.

However, in most cases the synthesis is not that straightforward. A systematic approach glucophage 850 mg designing a synthetic route to a molecule is to subject glucophage 850 mg target molecule to an intellectual exercise called a retrosynthetic analysis. The resulting starting materials are then subjected to the same retrosynthetic analysis, glucophage 850 mg working backward from the target molecule until starting materials that are commercially available (or available by synthesis following an already published procedure) are derived.

See also: Reactive intermediatesThe retrosynthetic analysis of a target molecule usually results in more than one possible synthetic route. It is therefore necessary to critically assess each derived route in physio la roche to choose the single route that is most feasible (most likely Lidocaine HCl Sterile Solution (Xylocaine MPF Sterile Solution)- Multum proceed as written, with as few unwanted side reactions as possible) and most economical (involving the fewest steps and using the least expensive starting materials).

The safety of each possible synthetic route (the toxicity and reactivity hazards associated with the reactions involved) is also considered when assessing alternative synthetic routes to a molecule. A retrosynthetic analysis can be done by using computer programs to derive as comprehensive a list of possible synthetic routes to a target molecule as possible.

Selectivity is an important consideration in the determination of a synthetic route to a target molecule. Stereoselectivity refers to the selectivity of a reaction for forming one stereoisomer of a product in preference to another stereoisomer.

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