Department of Pharmaceutics

Pharmaceutics is powerful and multidisciplinary sector that aims to harmonize the principles of chemistry, engineering and biology to understand how to make pharmaceutical dosage forms against human ailments. The department illustrates biopharmaceutics, pharmacokinetics & pharmacodynamics, drug transport and drug delivery systems. The Pharmaceutics department offers two year M.Pharm (Pharmaceutics) program.

The department has a team of highly qualified and dedicated faculty and well equipped laboratories with facilities for UG, PG Programs and research. The field of Pharmaceutics encompasses many exciting subjects such as Novel drug delivery system, Physical Pharmaceutics, Industrial Pharmacy and Pharmaceutical Engineering, which are the most useful subjects that enable the development of pharmaceutical dosage forms in the aim of disease free society.

The faculty has been engaged in teaching B. Pharm and M. Pharm curriculum and imparting quality education. The faculty has expertise in preparation of conventional and novel drug delivery systems for controlled release and targeted drug delivery. The thrust areas of research involving in novel drug delivery systems are as follows

Fast dissolving drug delivery systems, Solid dispersions & Controlled and sustained release oral formulations.
Self emulsifying drug delivery systems, Pulmonary delivery of vaccines & Microspheres and nanoparticles
Transdermal drug delivery systems & Gastroretentive and mucoadhesive drug delivery systems

The Department of Pharmaceutics is a specialized academic unit within a pharmaceutical college or school of pharmacy. It is primarily concerned with the design, development, and formulation of pharmaceutical dosage forms, ensuring the effective and safe delivery of drugs to patients. Here are key aspects related to the Department of Pharmaceutics:

1. Objectives:

Drug Formulation: Developing formulations that optimize the delivery of drugs for therapeutic efficacy.
Drug Delivery Systems: Designing and studying various drug delivery systems to enhance drug bioavailability and patient compliance.
Pharmaceutical Technology: Applying principles of pharmaceutical technology to ensure the stability, quality, and effectiveness of drug products.

2. Academic Programs:

Bachelor’s Degree (B.Pharm): Offers courses in pharmaceutics as part of the undergraduate curriculum.
Master’s Degree (M.Pharm): Provides specialized programs in pharmaceutics at the postgraduate level, allowing for advanced study and research.

3. Courses and Research Areas:

Drug Formulation and Development: Principles of formulating drugs into various dosage forms, such as tablets, capsules, and injections.
Drug Delivery Systems: Study of controlled-release systems, transdermal patches, liposomes, and nanotechnology for drug delivery.
Pharmaceutical Technology: Understanding the manufacturing processes, quality control, and regulatory aspects of pharmaceuticals.
Biopharmaceutics and Pharmacokinetics: Evaluating drug absorption, distribution, metabolism, and excretion to optimize dosage regimens.
Novel Drug Delivery Systems: Exploring innovative approaches to drug delivery, such as targeted drug delivery and personalized medicine.

4. Laboratory Facilities:

Well-equipped laboratories for practical training in pharmaceutical formulation and technology.
Facilities for research and development of new drug delivery systems.

5. Faculty and Research Scholars:

Expert faculty members with backgrounds in pharmaceutics, pharmaceutical technology, and pharmaceutical sciences.
Research scholars and postgraduate students engaged in formulation research and development.

6. Research Initiatives:

Formulation Development: Researching and developing new formulations for both existing and novel drugs.
Drug Delivery System Optimization: Investigating ways to improve drug delivery systems for enhanced therapeutic outcomes.
Biopharmaceutical Studies: Evaluating factors influencing drug absorption and bioavailability.

7. Collaborations:

Collaborating with other departments, pharmaceutical industries, and research organizations for interdisciplinary research projects.
Establishing partnerships with industry for technology transfer and collaborative research.

8. Industry Interface:

Collaborating with pharmaceutical companies to contribute to the formulation and development of new drug products.
Providing expertise in pharmaceutical technology to support the pharmaceutical industry’s efforts in optimizing drug delivery.

9. Publications and Conferences:

Faculty and research scholars contribute to scientific journals, presenting research findings at national and international conferences.
Hosting conferences and symposiums on pharmaceutics and drug formulation topics.