Topics covered in this snack-sized chapter:
Medicinal Chemistry is the science that combines the principles of chemistry and pharmacology into one.
The subject deals with various aspects of:
- Human biology: subfield of biological anthropology dealing with human growth and development, adaptation to environmental extremes, and human genetics.
- Toxicology: a branch of biology, chemistry, and medicine concerned with the study of the adverse effects of chemicals on living organisms.
- Molecular biology: the branch of biology that deals with the molecular basis of biological activity.
- Computational chemistry: a branch of chemistry that uses principles of computer science to assist in solving chemical problems.
- Organic chemistry: the chemistry discipline that is concerned with the study of compounds containing carbon that is chemically bonded to hydrogen.
- Biochemistry: sometimes called “biological chemistry,” is the study of chemical processes in living organisms, including, but not limited to, living matter.
- Physical chemistry: the study of macroscopic, atomic, subatomic, and particulate phenomena in chemical systems in terms of laws and concepts of physics.
- Design and development of pharmaceutical drugs.
In modern times, this particular stream of medical science has gained a lot of popularity and is practiced with renewed enthusiasm all over the world.
Apart from discovering and developing newer drugs, medicinal chemistry deals with:
- Studying the relationship between the quantitative structure and the properties of existing drugs.
- Understanding and identification of diseases along with development & application of drugs accordingly.
- Evaluating the efficacy of the newly developed and existing drugs.
The major duties of a medicinal chemist are:
- Research and testing of drugs
- Regulating the usage of drugs and making a prescription-only instead of over-the-counter
Molecular Arrangement
Extremely complicated
The source materials which normally deal with medical chemistry include:
The experts use careful and analytical state-of-the-art techniques to manufacture various types of drugs that are used to cure a wide range of diseases.
The future looks extremely bright for medicinal chemistry for the following reasons:
- As this stream of research deals with combinatorial chemistry along with high-end screening, it is extremely helpful for taking on more complicated diseases
- As the basics of medicinal chemistry are based on molecular interaction of cells in proteins, carbohydrates, lipids and various other critical components of our body
- Studying these interactions results in a better understanding of the chemistry of drugs
- This understanding can enable chemists to design ways to mitigate the side effects of those drugs
More and more young students are finding interest in medicinal chemistry mainly due to the following reasons:
- Various renowned universities have recently come up with high level master’s programs.
- Many examination programs are conducted in various universities and these modules are designed such that they offer a high level of freedom when it comes to specializing on a particular discipline of medicinal chemistry.
- The modern students and researchers have the scope to actively participate in various types of research projects of exceptional quality.
- The modern research institutes generally work along with several ancillary research institutes as well as different high profile biotechnological companies.
With more and more research being carried out in the field of medicinal chemistry, there are many developments in innovating new techniques and equipment.
It is likely that this particular subject will gain huge popularity in the coming years.
Governments keep a strict vigil on the activities of the medicinal chemists such as:
- There are various social obligations associated with the development of a drug.
- Without strict government supervision, a boon for the society can turn into a bane.