Research Assistant
Research Assistant 128,110
Clinical AI Intelligence Platform · Dr. Benjamin Caplan, MD
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Research Assistant

Dr. Caplan’s Research Assistant

Clinical Intelligence · 400,000 Patients · 128,110+ Studies
Suggested Clinical Explorations:
The Research Assistant is an evidence-grounded scientific intelligence tool. Educational & non-prescriptive: consult your clinical team for personalized care.

Inside the Clinical Intelligence Architecture

Explore the proprietary research frameworks, translational radars, and observational cohort analytics powering Dr. Caplan’s knowledge engine.

Why the Research Assistant Delivers Unmatched Evidence Provenance

Navigating cannabinoid science requires distinguishing rigorous clinical trial data from widespread marketing claims. The Research Assistant provides clinicians, researchers, and patients with instant access to an authoritative knowledge base rooted in peer-reviewed biomedical literature and decades of front-line clinical experience.

Physician-Built Full-Stack Architecture

Not a Generic Chatbot: Grounded Clinical RAG with Zero Hallucination Guardrails

Unlike commercial AI wrappers that summarize generic web chatter, The Research Assistant was custom-engineered from the ground up by Dr. Benjamin Caplan, MD. Operating as a full-stack clinician-developer, Dr. Caplan designed a proprietary Retrieval-Augmented Generation (RAG) architecture connecting exclusively to the CED Command Center—a curated observatory of 128,000+ peer-reviewed studies.

Direct Primary Source Attribution Algorithmic Retraction Monitoring Client-Privacy Preserving
400,000 Patient Encounters

Real-world clinical observations providing deep insight into cannabinoid tolerance, efficacy, and side-effect management across diverse patient populations.

128,110+ Curated Studies

Systematic indexing of randomized controlled trials (RCTs), biochemical assays, receptor binding profiles, and pharmacokinetic analyses.

Evolutionary Care Integration

Continuous medical updates reflecting the latest discoveries in endocannabinoid system (ECS) pharmacology and targeted therapeutics.

Explore Cannabinoid Mechanisms, Dosing, and CYP450 Interactions

Cannabinoids interact with multiple physiological systems beyond classic CB1 and CB2 receptors, including TRPV1 vanilloid channels, 5-HT1A serotonin receptors, and PPAR-gamma nuclear receptors. Understanding these diverse pathways is essential for anticipating biphasic dose responses and identifying potential metabolic interactions involving the cytochrome P450 enzyme family (CYP3A4, CYP2C9, CYP2C19).

Frequently Asked Questions About the Research Assistant

How was the Research Assistant built and who developed it?

The Research Assistant was architected and coded de novo by board-certified Family Medicine physician and full-stack software engineer Dr. Benjamin Caplan, MD. Rather than using an off-the-shelf third-party chatbot wrapper, Dr. Caplan engineered a proprietary retrieval-augmented generation (RAG) pipeline directly connected to the CED Command Center’s database of 128,000+ peer-reviewed papers. Every query is constrained by strict clinical guardrails designed by a physician to prevent AI hallucination and cite verifiable primary literature.

What is the Research Assistant?

The Research Assistant is a specialized clinical AI intelligence platform curated by board-certified physician Dr. Benjamin Caplan, MD. It synthesizes insights from over 400,000 patient encounters and 128,110+ peer-reviewed scientific publications to deliver instant, evidence-grounded answers to medical cannabis questions.

Is the Research Assistant providing direct medical prescriptions?

No. The Research Assistant is an evidence-grounded scientific and educational tool designed to demystify cannabinoid pharmacology, clinical trial data, and therapeutic research. It is non-prescriptive and intended to inform discussions between patients and their licensed healthcare providers.

How does the Research Assistant handle drug interactions and safety?

The platform cross-references known cytochrome P450 (CYP3A4, CYP2C9, CYP2C19) enzymatic pathways, evaluating pharmacokinetic interactions between major cannabinoids (such as THC, CBD, CBG, and CBN) and standard pharmaceutical medications like blood thinners, antiepileptics, and sedatives.

Where do the scientific citations come from?

Every clinical summary references peer-reviewed biomedical literature indexed on PubMed, NCBI, and international clinical trial registries, complete with direct DOI and PMID links for full verification.

How can healthcare providers use the Research Assistant in clinical workflows?

Clinicians use the engine to quickly review biphasic dose-response curves, examine specific cannabinoid receptor affinities (CB1, CB2, TRPV1, 5-HT1A), and access recent human randomized controlled trial data to support evidence-based patient consultations.

How can I schedule a direct consultation with Dr. Benjamin Caplan?

Patients and healthcare professionals seeking individualized clinical evaluations can book directly through CED Clinic at cedclinic.com/book for comprehensive medical guidance.

Research Assistant
CED Clinic Research Assistant (beta)
Answers are generated by software, not written by Dr. Caplan
CED Clinic Research Assistant (beta) Answers are generated by software from published research. They are not written or reviewed by Dr. Caplan.
This is a beta system and its answers may contain errors. For any medical question, please consult a licensed clinician who knows you and your personal medical history.
This assistant explains what published studies say in general terms. It cannot advise on your dose, your medications or your treatment plan, and it will not use your name. Please do not include personal details.
Example questions:
CED Clinic Research Assistant (beta). Educational only. Not medical advice.
CED Clinic
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