What is synthetic organic chemistry?
If you are a student of chemistry, a high school student or just someone who is interested in chemistry,
then you should read this article that explains what synthetic organic chemistry is.
This part of chemistry is basically an engineering discipline. Synthetic in the name of this chemistry
discipline means that something new is being made from available materials. When it comes to this
branch of chemistry, that what is being made new from synthesis are various organic compounds.
These newly made organic compounds are constructed via different synthetic organic reactions or
natural chemical reactions.
The aforementioned branch of chemistry is mainly used in the creation of many medicines. This
chemistry discipline can also be described as the art of building up organic compounds from smaller
chemical entities. The main points of interest in synthetic organic chemistry are:
Production of organic compounds of commercial interest
Construction of new, possibly bioactive molecules
Synthetization of very complex natural products
What methods are used in synthetic organic chemistry?
In order for someone to synthesize a complex organic compound, one must do a synthetic analysis and
planning. The best method for synthetic analysis is retrosynthetic analysis. Retrosynthetic analysis is a
technique in chemistry, which is used to solve the problems of organic syntheses, whether it be
synthetic or natural. This method was popularized by American organic chemist Elias James Corey.
Retrosynthetic analysis, also known as retrosynthesis, simplified, means planning a chemical synthesis
backward, starting at the product, which can be some complex organic compound, and taking it back
to the initiators of chemical synthesis.
Other methods that are used in this important pharmaceutical branch of chemistry include:
Most widely used methods are electrosynthesis and retrosynthesis.