Syngene JSS AHER Certificate Program in Drug Metabolism and Pharmacokinetics (DMPK)

Syngene JSS AHER Certificate Program in Drug Metabolism and Pharmacokinetics (DMPK)

Syngene JSS AHER Certificate Program in Drug Metabolism and Pharmacokinetics (DMPK)

Biocon Academy with Syngene International partners with JSS Academy of Higher Education and Research (formerly JSS University), a leading institute of higher education and a deemed-to-be university recognized by the MHRD and accredited by NAAC with an A+ grade, to deliver a first-of-its-kind Certificate Program in Drug Metabolism and Pharmacokinetics (DMPK).

Program Highlights

This 16-week Advanced Certificate Program in DMPK is designed to prepare postgraduates in chemistry, biochemistry, and pharmacy with cutting-edge knowledge and hands-on skills essential for careers in pharmacokinetics, pharmacodynamics, and translational research through an intensive curriculum delivered by the renowned faculty from JSS AHER, Mysore and Subject Matter Experts from Syngene International limited.

Career Opportunities

A DMPK professional is expected to be well-versed in advanced PK and DMPK principles, Skilled in using bioanalytical tools and interpreting complex PK/PD data and Industry-ready for roles in R&D, clinical pharmacology, regulatory affairs, and bioanalytics.

Customised Curriculum

This intensive training program bridges academic knowledge with industrial application through an integrated curriculum delivered by experience Faculty from JSS AHER, experiential learning at Syngene DMPK facility and practical exposure

Key Differentiators

  • First of its kind program in niche area like drug metabolism and pharmacokinetics
  • Versatile pedagogy including classroom sessions, experiential learning, hands on experience and simulations catering to students with different learning styles and needs
  • Leverages the strength of experienced faculty and state of the art DMPK facility of JSS AHER and Syngene to unleash the learning opportunities to the participants
  • Dedicated focus on professional skills development specifically for those who would be working in intense research environments

Course Modules

Introduction to Drug Discovery

Basic practice & instrumentation

  • Introduction to Discovery Biology R&D
  • Autoclaving, Dry heat sterilization, Pipettes, pH meter-Calibration, usage
  • Other equipment’s: Microscopes, shakers, heating blocks, freezers, CO2 incubators, Shaker incubators
  • Centrifugation: Principle, Calculation of g & rpm conversion, Balancing, Precautions, Tabletop, Floor model and ultra centrifuge

Basic calculations & techniques

  • Basic Calculations- Molarity, Molality, Buffer preparation
  • Biochemical assays- Lowrey, Bradford, BCA, DNA estimation
  • Agarose Gel electrophoresis, SDS-PAGE, Western Blotting, Southern blotting, Northern blotting, PCR, RT-PCR

Overview of DMPK

  • Principles of pharmacokinetics: ADME overview
  • Importance of DMPK in drug discovery and development
  • Differences between preclinical and clinical PK
  • Species selection and translational relevance
  • Regulatory perspectives (FDA, EMA guidelines)
Documentation practices and safety measures
  • Good documentation practice, data integrity, ALCOA+ principles
  • Documentation- Book writing and data entry, storage of raw data
  • SOPs, EOPs, IOPs- what are they and basic rules
  • EHS, Safety, Lab Rules
Invitro Stability and Enzyme Kinetics
  • Liver microsomes, S9 fraction and hepatocyte assays, Intrinsic clearance, Half-life determination
  • Scaling in-vitro to in-vivo (IVIVE)
  • CYP450 isoform identification
  • Inhibition assays (reversible and time-dependent), Induction studies
  • Drug-drug interaction risk assessment
Plasma and Microsomal Protein Binding
  • Equilibrium dialysis, ultrafiltration, ultracentrifugation
  • Impact of protein binding on drug exposure
Permeability and Transporter Assays
  • Caco-2, MDCK cell models
  • PAMPA
  • Efflux Transporter Studies (P-gp, BCRP), Uptake and Efflux Transporter Assays
  • Regulatory requirements for transporter studies
In Vivo Study Design and Animal Welfare
  • Overview of in-vivo pharmacokinetic study design
  • Animal care and handling
  • Good laboratory practice
Dose Route Selection, Sampling Techniques
  • Routes of administration: IV, PO, SC, IM, etc.
  • Formulation considerations, Single vs multiple dosing, Dose selection rationale
  • Blood, plasma, tissue, urine, and feces sampling
  • Serial vs composite sampling
Bioanalytical method development and validation
  • Overview and bioanalysis using LC-MS/MS
  • Mobile phase preparation, stock preparation and dilution.
  • Samples preparation techniques (Protein precipitation, liquid-liquid extraction, solid phase extraction, dispersive liquid-liquid micro-extraction etc.)
  • Quality control in sample handling
Pharmacokinetic Parameters and Analysis
  • Pharmacokinetic parameters; Cmax, Tmax, AUC, CL, Vd, t½
  • Non-compartmental analysis (NCA)
  • Compartmental models (1-compartment, 2-compartment)
  • Software tools (Phoenix WinNonlin, PKSolver)
Bioavailability and Bioequivalence
  • Absolute and relative bioavailability
  • IV-oral comparison
  • Bioequivalence criteria and studies
Tissue Distribution and Imaging
  • Methods for evaluating tissue distribution (QWBA, PET, LC-MS/MS)
  • Blood-brain barrier and CNS exposure
  • Volume of distribution and tissue binding
Clearance Mechanisms and Routes of Elimination
  • Hepatic and renal clearance
  • Biliary excretion
  • In-vivo metabolism studies
  • Mass balance and excretion profiling
Data Analysis and Software Tools
  • PK modeling and simulation tools (Phoenix WinNonlin, GastroPlus, Simcyp)
  • Data interpretation and decision-making in lead optimization
Soft Skills Intervention

Professional development sessions will be held every Friday to equip participants with:

  • Scientific communication 
  • Presentation skills
  • Teamwork 
  • Critical Thinking
  • Conflict resolution & Problem-solving workshops
  • Research ethics 
  •  Workplace etiquette 
  • Resume writing and interview preparation

Eligibility Criteria

Education Qualification:

  • M Pharm (all streams)
  • M Sc Biotechnology / Biochemistry / Chemistry

Minimum CGPA/Percentage Required:

  • CGPA: 6.8 or above on a scale of 10
  • Percentage: 65%

Adherence to the eligibility criteria is mandatory. Kindly note the same and apply only if you fit the desired eligibility criteria as mentioned above.

Program Fee & Scholarship

The Biocon Merit Scholarship of 60%-75% of the program cost offered to all selected students will enable them to pursue this one-of-its-kind program at an affordable cost.

Student share: INR 50,000 + 18% GST

Student Facilities

At Biocon Academy, the students have to go through a rigorous curriculum so that by the time their course comes to an end, they are industry-ready and sought after by multiple companies. We encourage them to remain focussed and excel in everything they do. For the benefit of the students, we assist them with a couple of facilities to ensure they just focus on the curriculum.

Industry Placements

At Biocon Academy, we provide 100% interview opportunities to all our students. Ever since inception, Biocon Academy has witnessed 100% placement record in all the courses and batches with students being selected for leading pharma and biopharma companies and startups.

Transport

We understand that commuting to different locations for industry training can get challenging especially when students have to arrange for it themselves. Therefore, students are provided with group transport facilities from Biocon Academy to different training locations and then back to the Academy.

Your Career Starts Here!