M.Pharma - Biochemistry Clinical Admission

M.Pharma in Biochemistry Clinical is a two-year pharmacy degree program. Biochemistry is the most important part of medical science which deals with the study of what makes the living system and what is required for living systems (i.e. carbohydrates, minerals, vitamins, enzymes). In this course, the students study drugs and medicines, Pharmaceutical Engineering, Medicinal Chemistry etc.

M.Pharma in Biochemistry is chemical and physio-chemical processes. It is a branch of science that deals with chemistry applied to the study of living organisms and the atoms and molecules which comprise living organisms. This course provides a large no. of job opportunities in both the public and private sectors.

Eligibility Criteria for M.Pharma in Biochemistry Clinical

1. The interested candidate must have an undergraduate degree that is a minimum of 3 years with at least 50 percent marks in aggregation, from a recognized educational institution.

2. The candidate must have studied any of the following subjects: Botany, Chemistry, Physics, Biology, Zoology, Biotechnology, Biochemistry, Pharmacy, Medical Sciences, Agriculture, Ayurveda, Applied Sciences, and B.Sc., Management, among others.

3. Work experience is preferred by a few institutions but is not compulsory.

Admission Process of M.Pharma - Biochemistry Clinical

1. Colleges publish admission notices on their website from June when most Indian universities would have finished degree exams.

2. Candidate to apply for each college, as each college considers each mark the cut-off mark.

3. Some private colleges and deemed universities perform their counselling process by conducting their university-level entrance exams.

4. Some colleges require a minimum of 50% aggregate in the qualifying examination.

5. Candidates who qualify for the test are called for an interview before the final seat allotment.

6. Paramedical Admission is done on the basis of both Entrance Exams as well as the basis of Merit. Various Entrance Exams such as UPSEE, GPAT, NEET etc are conducted to enrol students for Paramedical courses.

Syllabus of M.Pharma in Biochemistry Clinical

Semester 1

Pharmaceutical Regulatory Affairs

National Regulatory Affairs

Drug Approval and International Drug Regulations

Pharmaceutical Regulatory Affairs Lab

Modern Analytical Techniques

National Regulatory Affairs Lab

Drug Approval and International Drug Regulations Lab

Modern Analytical Techniques Lab

Communication Skill

Semester 2

International Regulatory Affairs

Clinical Trials and Healthcare Policies

Modern Analytical Techniques

International Regulatory Systems Lab

Controlled Drug Delivery System Lab and their regulatory aspects

Clinical Trials and Healthcare Policies Lab

Behavioural Science

Communication Skill

Semester 3

Biostatistics and Computer Applications

GLP, GMP, Quality Assurance and Validation

Biostatistics and Computer Application

Communication Skill

Behavioural Science

Major Project Protocols and Synopsis

Semester 4

Major Project Experimental and thesis

Major Project Thesis Presentation and Viva Voce

Professional Competencies and Career Development

Career after M.Pharma in Biochemistry Clinical

M.Pharma in Biochemistry Clinical impart knowledge about different areas of the pharmaceutical industry such as drug discovery, validation, drug development procedure, medical devices, analytical methods, water, sterile and non-sterile facilities, Non-Clinical drug development and clinical trials, Generic Drug Development Process, Process validation of APIs and finished products, drug laws, GLP, CGP, etc.

Candidates can work with international, national, and local stakeholders to improve the safety and effectiveness of pharmaceutical products. This master's degree program in drug regulatory affairs combines technical skills with business skills and is ideal for those seeking a non-clinical career in the pharmaceutical industry.

Job Profiles After Completed M.Pharma - Biochemistry Clinical

Clinical Biochemist: Analyzes biochemical data to diagnose and monitor diseases.

Clinical Research Scientist: Conducts research and clinical trials to develop new treatments and medications.

Laboratory Manager: Oversees laboratory operations, ensuring compliance with standards and protocols.

Quality Control/Quality Assurance Manager: Ensures that pharmaceutical products meet quality and safety standards.

Academic Lecturer/Professor: Teaches and conducts research in academic institutions.

Pharmaceutical Scientist: Engages in the research and development of new drugs and therapies.