Where Modern Medicine Meets Advanced Integrative Intelligence.

Consider using this if you need to provide more context on why you do what you do. Be engaging. Focus on delivering value to your visitors.

Your Learning Journey at a Glance

What you may have learned:

➤ You have mastered human anatomy, physiology, pathology, microbiology, pharmacology, and developed core clinical and diagnostic skills through rotations and internship.

What you may not know:

➤ Integrative diagnostics, holistic biomarkers, Ayurvedic–quantum interpretations, and systems-based preventive care beyond conventional medicine.

What you will learn:

➤ You will learn PRISM diagnostics, regenerative systems medicine, dosha-mapping, AI prediction skills, phytochemical therapeutics, and integrative research for complex diseases.

Basic Certification in PRISM

The Basic Certification empowers medical graduates with dual clinical fluency the ability to interpret disease simultaneously in biomedical pathology and VPK-based systems biology. MBBS/MD learners gain competency in all 12 I-PRISM modules including dosha metrics, algorithmic physiology, organ-system mapping, herbal–drug compatibilities and lifestyle algorithmics. The focus is on safe, responsible, evidence-compatible integrative decision-making alongside standard of care.

Who should join: Medical students and doctors (MBBS, MD, DO, BDS) interested in chronic care optimisation, geriatric medicine, pain, gut disorders, metabolic syndromes and holistic clinical practice.

Outcomes

  • Competently interpret PRISM case dashboards and digital dosha outputs.
  • Integrate PRISM-guided protocols safely alongside conventional care.
  • Become bilingual in Allopathy + VPK systems biology for multidisciplinary care.

Advanced Certification in PRISM

The Advanced Certification transitions clinicians from knowledge to real-world practice. Participants apply PRISM algorithms in live cases, evaluate response kinetics, personalize protocols, and design translational case models. Strong emphasis on case-rounds, inter-disciplinary conferences, dose-response analytics and practice-readiness.

Who should join: Basic-level graduates planning to practice integrative clinical medicine or pursue research/teaching pathways.

Outcomes

  • Become an industry-ready Integrative Clinician.
  • Competently manage complex chronic cases with PRISM-guided plans.
  • Build track record for research, practice development, and international roles.
Click For Roadmap

Academic & Clinical Disciplines Covered in I-PRISM

Builds upon MDs’ familiarity with clinical trial evidence by introducing the evidence base (including classical texts and modern research) for alternative therapies. Objective: Teach MDs how to evaluate and apply evidence-mapped integrative treatments – e.g. the clinical trial data on yoga for blood pressure, or turmeric extract for osteoarthritis – with the same rigor they apply to prescribing a new drug. This enables them to offer proven complementary options to patients who might otherwise use them unsupervised.

While MDs are experts at interpreting biomedical markers (CBC, lipid profile, cytokines, etc.), this module introduces a novel layer: mapping those biomarkers onto integrative health models.

Objective: Create proficiency in dosha-biomarker correlation. For instance, an MD learns to correlate an inflammatory marker profile (high IL-6, TNF) with an Ayurvedic diagnosis of excess Pitta (inflammation), thereby tailoring treatments that address both the molecular and energetic imbalance. This systems view helps identify patterns across diseases – e.g., many autoimmune patients might share a “Pitta-imbalance” signature – prompting broader interventions like cooling diets or stress relief, alongside immune suppressants.

Elevates MDs’ analytic capabilities by training them in handling large health datasets and bioinformatic disease signatures.

Objective: Enable doctors to use computational tools to find patterns (e.g. genomic variants that link disparate conditions, or metabolomic profiles predicting who will respond to a treatment). An example objective is to have an MD analyze a diabetic patient’s continuous glucose monitor data with AI to fine-tune lifestyle advice. This module essentially turns clinicians into “clinical data scientists,” a role increasingly important as precision medicine grows.

Integrates knowledge of pathophysiology across allopathic and traditional paradigms.

Objective: Provide a framework where MDs learn how Ayurveda/Unani describe a disease versus modern medicine, and how those descriptions intersect. For example, an internist knows the RAAS pathway in hypertension; this module teaches how that can be seen as a Vata disturbance in Ayurveda, and what that implies for treatment. Such trans-system understanding allows MDs to enrich their differential diagnoses and management plans (e.g., considering digestive fire (agni) in metabolic syndrome patients or phlegm (kapha) in chronic sinusitis beyond just the biomedical view).

Expands on regenerative medicine techniques specifically for internists.

Objective: Cover translational applications like cell therapies, PRP, organ support systems and how they can be combined with integrative care. An MD might learn, for instance, how stem cell therapy for knee osteoarthritis can be complemented with Ayurvedic Basti (medicated enema) therapy for better outcomes. This module positions MDs at the forefront of experimental therapeutics, enabling them to conduct or participate in clinical trials for regenerative techniques.

Recognizing MDs often manage ICU and terminal patients, this module introduces integrative palliative care concepts.

Objective: Teach use of mind-body techniques for pain/anxiety in ICU, Ayurvedic rasayanas for strengthening frail patients, and spiritual counseling integration. An MD gains skills to make end-stage care about improving life quality (aligning with PRISM’s ethos of “living well, not dying slowly”[37]). This not only fills a care gap but also opens new services (e.g., integrative critical care consults, hospice with Ayurveda support).

Since internists coordinate with specialists, this module simulates collaboration scenarios (e.g., MD + Ayurveda Vaidya + Dietitian jointly managing a case).

Objective: Improve MDs’ ability to communicate and plan treatment in a team where each member brings a different system’s perspective. For instance, in a workshop an MD might present a case of lupus, the Ayurvedic practitioner suggests Sariva herb for its anti-inflammatory effect, and the MD learns to integrate that safely with methotrexate therapy. This fosters mutual respect and creates physicians who can lead integrative teams effectively.

Focused training on using AI tools to assist in complex decision-making (beyond Module 3’s data handling). Objective: Teach MDs to utilize PRISM’s AI-enhanced clinical prediction models at point-of-care. For instance, a decision support app that, given a patient’s inputs (symptoms, pulse reading, labs), suggests likely imbalances and successful past protocols. MDs learn to interpret and validate AI recommendations, combining them with their judgment. This can be invaluable for tough cases with multiple comorbidities, where AI might catch patterns a human could miss.

Since MDs will combine herbs, supplements, and standard drugs, this module underlines safety monitoring.

Objective: Train in identifying and managing herb-drug interactions, monitoring liver/renal function when using traditional formulations, and maintaining regulatory compliance. MDs learn to build “safety nets” into integrative practice – e.g., if prescribing an Ayurvedic decoction to a heart patient, how to schedule follow-up labs or adjust dosages of allopathic meds accordingly. This module ensures high standards and mitigates the risk of adverse events, which in turn builds trust in integrative approaches among the medical fraternity.

A deeper dive into specific clusters of diseases that internists see, but with integrative solutions.

Objective: For each cluster (like Cardio-metabolic syndrome, Neuro-immunology, Gastro-metabolic), teach a set of integrative protocols. For example, Cardio-Metabolic Integration covers coronary artery disease, diabetes, dyslipidemia as a spectrum and introduces combined management: Ayurvedic Arjuna bark for cardiac health, yoga for insulin sensitivity, and modern drugs as needed. Similarly, Neuro-immune Integration might cover multiple sclerosis or post-COVID syndrome with meditation, immune-modulatory herbs, and immunotherapy. This module arms MDs with ready-to-apply protocols for the toughest clinical scenarios, based on best practices from multiple systems.

Broadens the MD’s perspective to global trends and policies in integrative medicine.

Objective: Discuss WHO TM strategy, insurance models covering CAM in various countries, and regulatory frameworks. MDs understand the global context – for instance, how Germany integrates naturopathy into insurance, or how China’s hospitals blend TCM and biomedicine. Equipped with this knowledge, an MD can help shape integrative services in their own practice setting (e.g., advocating for hospital privileges for Ayurveda practitioners or for insurance reimbursement of yoga therapy). It empowers them to become policy advocates or leaders who can mainstream integrative medicine at institutional or national levels.

In this capstone module, MDs undertake a guided mini-research or innovation project, utilizing what they’ve learned.

Objective: Have each MD formulate an integrative case study or clinical trial protocol by course end. For example, an MD might design a small pilot study on an Ayurvedic herb’s effect on rheumatoid arthritis markers or develop a protocol for an integrative heart failure clinic. They receive mentorship and possibly use PRISM’s data (since the program has an accruing patient database). This project not only consolidates their learning but also serves as a stepping stone to publish or implement a new initiative post-certification.

Application Process

Stage – 1
Eligibility & Application
Candidates must hold MBBS/MD qualification with internship and medical registration, and submit NEET-PG / INI-CET / USMLE score along with CV, SOP & references.
Stage – 2
Score Normalization
Academic Index is calculated using standardized weights from entrance exam percentile (60%) and graduation marks (40%) to ensure fair comparison.
Stage – 3
ISAT Examination
Applicants attempt ISAT assessing clinical reasoning, pathophysiology, investigation choice and readiness for integrative systems medicine.
stage – 4
Shortlisting
A combined CPIS merit score (AI + ISAT) is used to rank and shortlist the top candidates for interviews.
stage – 5
Interview
Focused on evaluating patient-safety judgment, clinical red-flag recognition, and openness to evidence-based integrative thinking.
stage – 6
Final Selection
Final Selection Score (Academic + ISAT + Interview) determines ranking; offers issued to those meeting competency and suitability thresholds.
stage -7
Enrollment & Bridging
Selected candidates complete documentation and undergo bridging modules like introductory data scie nce to prepare for coursework.
Download Brochure
Enroll Now
Watch A Video
💬
I-PRISM Assistant