Diligently Competent Workforce
The highly motivated proficient experts and the experienced workforce of Therachem Research Medilab are our most valuable asset. They are carefully selected professionals with practical hands-on experience in synthetic organic chemistry, analytical chemistry or medicinal chemistry. They are enthusiastically aspired to deliver high-value chemical synthesis and medicinal chemistry research solutions to our clients.

Our site managers and group leaders are experienced scientists with demonstrated leadership qualities and abilities. They supervise the synthesis teams and carry out the daily management of projects and documentations.

Our scientific leadership team boasts a wide expertise in medicinal chemistry and chemical process research. The leadership team's experience spans over 25 years in designing, directing & synthesizing novel chemical compounds and over 55 years of combined experience in drug discovery research and development. Our research in the areas of antiviral, oncology and cardiovascular diseases has secured desired results and demonstrated success. We possess a proven experience of over 23 years in many aspects of chemical process research and development of drug candidates.

As part of our interaction with the neighboring colleges, universities and the scientific community at Jaipur, Therachem Research Medilab has established a hands-on training program for college students who are studying for their Masters of Science degrees in local universities. The top performers from the pool of trainees are given a chance to work at Therachem. In addition, we have access to trained graduates of Jaipur Engineering College and Research Center (JECRC).

Reaction Diversity Experience
Therachem professionals' expertise and the state-of-the-art facilities allow us to carry out a wide variety of reactions including but not limited to:

• Catalyzed coupling reactions (Buchwald, Heck and Suzuki)

• Bromination
• Iodination
• Oxidations
• Reductions (chemical, catalytic)
• Hydride reductions at -40° to -50°C (Vitride)
• Cryogenic reactions
• Chemical resolutions
• Grignard reactions
• Mitsunobu reactions
• Lithiation (BuLi, LDA)
• Epoxidations (peracetic acid, hydrogen peroxide)