The study of chemistry is quite interesting because of the different scientific structures that are involved.

When talking of synthetic organic chemistry, you are likely to come across different organic compounds and organic materials being combined together. Therefore synthetic organic chemistry is simply the scientific study of the merging of different structures, properties and reactions of an organic compound.

On the other hand synthetic organic chemistry can be defined as the artificial preparation of organic compounds or organic materials in the laboratory. Expert pharmacists can also describe it as the synthesis of organic compounds through laboratory procedures and experiments.

There are so many chemical compounds that have been used in synthetic organic chemistry. Some of these compounds include hydrocarbons, radio stable elements of halogens, and myriad whose main composition is based on carbons but also has other elements.

Many pharmaceutical organizations have invested in state of the art laboratories, so as to enable proper synthesis of organic compounds used in the production of drugs. The complexity that accompanies the synthesis of organic compounds needs organizations that are willing and ready to abide by all rules and regulations that govern the pharmaceutical industry at large. Unlike natural organic compounds, synthetic organic compounds do not occur naturally, they are acquired through a steady and thorough combination of different compounds and properties.

As we have seen above, synthetic organic chemistry needs a lot of expertise and experience. Intense research has to be carried out on different naturally occurring compounds and scientifically manufactured compounds.

Many pharmacists around the globe need to attend many training seminars so as to understand the nature and changing behaviour of organic compounds. Chemistry is usually not a hard subject to understand. It only needs thorough studies, research and practise. Of you do not practice chemistry, then you will not understand the behaviour and nature of different compounds.



Peptides Bond Structure

Peptides are short polymers of amino acids linked by peptide (amide) bond.

The Peptide bond

  • Formed by reaction of the carboxyl group of one amino acid with the amine group of another amino acid.
  • 1 molecule of water is released as a result

This leads to creation of multiple flat areas (not all in the same plane) in the peptides molecule, hence the structure becomes stable.

Peptide Structure can be classified into 4 levels:-

  • Primary Structure
  • Secondary Structure
  • Tertiary Structure
  • Quaternary Structure

Primary Structure

Amino acids are bonded from N-terminus to C-terminus in the primary sequence

Secondary Structure

Intramolecular Hydrogen bonds leads to 3 different motifs:

  • α-Helix
  • It is spiral down clockwise
  • Hydrogen Bonds are formed between the carboxyl oxygen and the amine hydrogen.
  • Side chains point away from the coil
  • β-Sheet
  • Hydrogen may or may not be parallel
  • Side chains stick out above and below
  • More rigid but less elastic than α-Helix


  • Coil

Complicated structure but not random

Ternary Structure

  • The 3D positions of atoms in space is determined by side chain and its interaction with the environment.


  • Hydrophilic side chain: It points outside in polar environment and points inside in non-polar
  • Hydrophobic side chain: It points inside in polar environment and points outside in non-polar


  • Disulphide bonds present also affect the 3D structure

Quaternary Structure

It is an assortment of subunits by non-covalent molecular bonds like Hydrogen bonds

Pharmaceutical industry is among the top most industries in the world today which works with over billions of dollars. There are various companies that aids to helping by researching and manufacturing the best medications for better and affordable rates across the world. Peptides production is also manufactured by companies across the world for betterment of the world population.




For you to comprehend the idea of synthetic organic chemistry, you need the fundamental learning of natural science, ideal from its definition.

Well simply like in natural science, synthetic organic chemistry additionally concentrates on the component carbon. This is on account of carbon is the inside point to all living beings with life.

In the investigation of synthetic organic chemistry, we generally major our emphasis on the mix of various mixes in an exertion gone for thinking of various ones. Carbon’s awesome capacity of having firmly pressed particles makes it an extremely extraordinary basic component. This rule makes it sufficiently liberal to bond with a few different mixes.

While contemplating science, synthetic organic chemistry will dependably continue to be a part of great pharmaceutical studies. While digesting this fact, you will understand that atoms that have comparable properties are typically assembled together. The properties are typically partitioned into two that is physical and compound properties.

Numerous pharmaceutical associations additionally make great utilization of manufactured natural science material. This is on the grounds that they require more learning, aptitude, and ability in this area in order to think of top notch pharmaceuticals. Regardless of the complexities joined by the investigation of natural science, it is imperative that the subject is taken care of genuinely. On the off chance that diverse mixes are not all around joined, or if there is a wrong mix of components, there is a probability of a hurtful part being made, rather than a therapeutic medication. That is the reason standards, laws and directions have been passed by government medicinal offices to represent this industry. There is one pharmaceutical organization in India that was restricted as a result of neglecting to consent by the assembling controls. They were controlling their lab tests. This was accomplished for the benefit of the overall population and patients on the loose.