Background: Within the realm of biomedical sciences, pharmaceutical biotechnology is a quickly developing discipline that creates therapeutic agents by utilizing sophisticated technologies and biological systems. These biologically derived compounds, which are extracted from living things, are useful in the treatment of a number of illnesses and conditions. Objective: This review emphasizes how biotechnology plays a part in contemporary drug development and discovery. It focuses on combining several biotechnological fields and methods to find, create, and manufacture novel medicinal compounds. Methods: A number of fundamental laboratory procedures are essential to the drug development process. Gel electrophoresis, molecular cloning, tissue culture, and DNA sequencing are among the techniques covered in this review. These resources are crucial for researching protein interactions, evaluating genetic material, and assessing possible medication candidates. Result: A variety of new drug classes have emerged as the consequence of biotechnological methods. These consist of hormones, cytokines, therapeutic proteins, and antisense treatments. Numerous of them offer specific therapeutic approaches with enhanced efficacy and safety profiles and are made utilizing genetically modified organisms. Summary: Pharmaceutical biotechnology is essential for improving our knowledge of disease mechanisms and creating novel therapeutic approaches. It is anticipated that biotechnological tools and methods will further transform personalized medicine and the direction of drug development.
Rufaida Wasim (Tue,) studied this question.