Empowering B.Pharm graduates to become the next-gen leaders in Clinical Pharmacy & Integrative Pharmaceutical Science.

I-PRISM training to unlock global opportunities in formulation innovation, research, and evidence-based healthcare.

Your Learning Journey at a Glance

What you may have learned:

➤ You have built strong foundations in medicinal chemistry, pharmaceutics, pharmacognosy, pharmacology, and drug delivery systems.

What you may not know:

➤ Translational phytochemistry, integrative pharmacodynamics, AI-driven compound discovery, and bioinformatic prediction of therapeutic synergies.

What you will learn:

➤ You will master phytochemical analytics, molecular docking using dosha-based models, predictive chemistry algorithms, cross-system drug synergy mapping, and integrative formulation strategies aligned with PRISM diagnostics.

Basic Certification in PRISM

The Basic Certification equips pharmacy graduates with dual literacy in modern pharmacology and dosha-centric systems pharmacology, introducing learners to PRISM’s interpretation of multi-omics, botanical–drug safety, and integrative dosage logic. Participants understand how chemical constituents influence physiology across both biomedical pharmacokinetics and Ayurvedic pharmacodynamics, learn to interpret PRISM dashboards, and support safe, clinically responsible co-prescription of herbal and pharmaceutical formulations.

Who should join: B.Pharm / M.Pharm / Pharm.D students and graduates interested in clinical pharmacy practice, formulation R&D, pharmacovigilance, nutraceutical development, or personalized medicine in integrative care.

Outcomes
Understand pharmaco-dosha-omics and personalized formulation logic
Evaluate safety compatibility and interaction risk between herbs & drugs
Optimize dosage and titration using PRISM digital tools

Advanced Certification in PRISM

The Advanced Certification transitions from knowledge to professional application — learners practice real case-based formulation design, validation of dosage architecture, AI-assisted drug modelling, and clinical safety analytics. The program emphasizes case conferences, integrative protocol development, translational research, and formulation / product innovation supported by evidence and PRISM algorithms.

Who should join: Students who completed the Basic program and aim to specialize in clinical pharmacy, formulation innovation, translational research, or AI/device-driven healthcare technologies.

Outcomes
Become industry-ready for clinical, pharmaceutical, and nutraceutical R&D roles
Create prototype formulations and research dossiers backed by case evidence
Apply AI-assisted modelling for optimisation of safety and efficacy

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Academic & Clinical Disciplines Covered in I-PRISM

Augments pharmacology knowledge by teaching how herbal constituents and modern drugs interact. Objective: Enable pharmacists to analyze cross-modal drug–herb interactions and synergistic effects[62][63]. For example, they study how combining turmeric extract with an NSAID might reduce required NSAID dose (synergy) or how certain herbs might affect cytochrome P450 enzymes. This prepares them to formulate safer integrative regimens and advise on combining supplements with prescriptions.

Deepens understanding from pharmacognosy by connecting plant chemistry to clinical application. Objective: Train in phytochemical analytics[56][64] – using modern instruments (HPLC, GC-MS) to isolate and characterize active compounds in Ayurvedic herbs, and relating those compounds to observed therapeutic effects. Pharmacists learn case examples like isolating artemisinin from Qinghao (wormwood) in TCM leading to malaria drugs, inspiring them to consider other plants in PRISM’s formulary for potential leads.

Introduces cutting-edge molecular docking and AI-driven compound discovery tools[56]. Objective: Empower B.Pharm grads to use computer simulations to predict how both synthetic and natural molecules bind targets (e.g., dock a herbal alkaloid into an enzyme’s active site). With PRISM’s integrative slant, they also incorporate dosha-based models in silico[64], meaning they might simulate multi-target actions consistent with holistic effects. Mastering such tools makes them attractive in pharma R&D, where AI is the future.

Focuses on formulation science for regenerative medicine. Objective: Teach how to formulate nano-phytocompounds and bioengineered drugs[60][65]. For instance, a pharmacist might learn to create a nanoparticle encapsulating curcumin for better bioavailability in treating inflammation, or a hydrogel delivering stem-cell factors. This module connects their formulation skills with regenerative needs (like scaffolds releasing growth factors).

Leverages their QC training to ensure integrative remedies meet standards. Objective: Instruct on setting quality markers for complex herbal formulations (fingerprinting via chromatography, ensuring batch-to-batch consistency of an Ayurvedic decoction, etc.). Pharmacists learn modern GMP approaches tailored to traditional products. This is crucial as one major challenge for herbal medicine is quality variability – PRISM pharmacists will fill that gap.

B.Pharm curriculum touches research, but PRISM gives specialized training in designing trials for multi-component therapies. Objective: Enable pharmacists to act as clinical research scientists in integrative medicine – understanding trial design, biostatistics for herbal studies, regulatory ethics (like how to get AYUSH product trials approved). Given their detail-oriented nature, pharmacists can lead or coordinate trials evaluating integrative protocols (e.g., a trial of an herbal supplement’s effect on liver regeneration).

Expands their knowledge of how drugs work in the context of whole-body systems. Objective: Introduce multi-omic data interpretation for drug response (pharmacogenomics) and how traditional medicine might account for those differences via prakriti (body constitution). A pharmacist learns, for example, that certain genetic profiles (CYP polymorphisms) affect drug metabolism and how an Ayurvedic practitioner might have historically identified slow vs fast metabolizers via pulse – integrating both to optimize therapy. They become the go-to person for personalized medicine in an integrative clinic.

Provides specifics on treatment strategies for major chronic diseases from a pharmacological perspective. Objective: For each disease (like diabetes, cancer, RA), teach what modern drugs do and what nutraceuticals/herbals can do, with a focus on mechanism synergy. A pharmacist thus can develop integrative formulary plans – e.g., for an arthritis clinic, they might create a protocol where methotrexate is given with a herbal antioxidant regimen to mitigate side effects and boost efficacy. This skills them to contribute directly to therapy planning, not just dispensing.

Tailored to integrative products. Objective: Cover how herbal products are regulated (FSSAI vs AYUSH vs FDA dietary supplements) and how to navigate patents that span natural and synthetic innovations. Pharmacists learn how to file patents for novel integrative formulations[23], a skill directly applicable as PRISM itself has an innovation pipeline (they may help file patents for say a new polyherbal drug delivery device). This prepares them for roles in product development and regulatory strategy in industry.

Enhances their communication and clinical role. Objective: Train pharmacists to counsel patients on proper use of supplements, diet, and adherence in an integrative context, ensuring ethical practice (like disclosing evidence levels of herbal products, avoiding unsupported claims). They become clinical pharmacists in integrative teams, bridging between doctors and patients by monitoring therapy, much like a warfarin pharmacist but here monitoring multi-supplement regimens.

Encourages them to apply their knowledge in the business domain. Objective: Provide basics of starting an integrative pharmacy line or running a franchise lab. They may learn case studies of pharmacy entrepreneurs who created successful nutraceutical companies or franchise diagnostic labs supporting integrative clinics. With PRISM, a B.Pharm grad could, for example, start a lab that produces standardized herbal extracts for local clinics (addressing a supply gap), or open a wellness pharmacy that stocks curated integrative products (perhaps part of the Novadigm franchise ecosystem). Skills include supply chain of herbs, marketing integrative health products ethically, etc.

Interprofessional learning where pharmacists join docs and others in case discussions. Objective: Build confidence in pharmacists to voice input on therapy. For instance, in a conference about a patient with kidney failure, the pharmacist might suggest dosage adjustments and herbal choices to avoid nephrotoxicity. They become comfortable as equal partners in the care team, not just behind-the-counter roles, fulfilling the vision of “pharmaceutical care” in an integrative setting.

Application Process

Stage – 1

Eligibility & Application

Applicants submit GPAT/NIPER-JEE score, B.Pharm/PharmD transcripts, CV, SOP and references to verify academic and professional readiness.

Stage – 2

Score Normalization

Academic Index is computed using entrance exam percentile and graduation marks to fairly evaluate applicants from varied backgrounds.

Stage – 3

ISAT Examination

Pharmacy-focused ISAT section tests pharmacology knowledge, herb–drug interaction awareness and understanding of integrative therapeutics.

stage – 4

Shortlisting

Shortlisting is based on CPIS ranking, combining Academic Index and ISAT performance for a balanced merit selection.

stage – 5

Interview

Assesses medication safety mindset, rational therapeutics, deprescribing awareness, and interest in clinical or formulation innovation.

stage – 6

Final Selection

Final Selection Score blends academic score, ISAT percentile and interview evaluation; admission offers issued to top ranked candidates.

stage -7

Enrollment & Bridging

Selected learners undergo bridging in research methods and data interpretation to support integrative pharmacology learning.

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