From Evidence to Action.
Verified at Every Step.
Query 200M+ papers in natural language. Synthesize findings with specialized Bio-LLMs. Verify every claim against the original source. One continuous flow — from question to manuscript.
See It In Action
From question to verified manuscript.
Watch how OpenBioCure connects evidence to action in one continuous flow.
Product Demo Video
The Problem
Four tools. Zero continuity. Every switch costs you.
Today's research workflow is stitched together from disconnected tools. You search in one, synthesize in another, verify in a third, and write in a fourth. Every context switch introduces friction — and the risk of missed evidence.
How It Works
One continuous flow. Full traceability.
From your first query to your final manuscript — everything happens in one place, with every claim linked to its source.
Aggregate
Search 200M+ papers across PubMed, arXiv, ClinicalTrials.gov, Europe PMC, and NIH with natural language queries.
Synthesize
Bio-LLMs identify patterns, contradictions, and evidence gaps — with transparent reasoning chains.
Verify
Every claim is inline-cited. Click any citation to see the original source text in seconds.
Publish
Export publication-ready manuscripts with formatted citations and a full evidence audit trail.
The Trust Layer
Click to verify. Seconds, not minutes.
This is the moment that changes everything. Every claim OpenBioCure generates is linked directly to its source. Click any citation to see the original passage, the study metadata, and the full context.
No more copying DOIs into new tabs. No more guessing whether the AI invented a reference. The evidence is right there — inline, instant, verifiable.
Recent studies indicate that acquired resistance to PD-1 inhibitors in non-small cell lung cancer may involve upregulation of alternative immune checkpoints, particularly TIM-3 and LAG-3 [Chen et al., 2024]. This suggests combination checkpoint strategies may overcome single-agent resistance in approximately 30–40% of previously progressing cases.
Chen, L. et al. (2024)
“Adaptive immune checkpoint resistance in NSCLC: mechanisms and therapeutic implications”
Journal of Clinical Oncology, 42(8), 1124–1138
Practice Optimization
From evidence to optimized practice.
Transform dense guidelines and scattered evidence into actionable protocols, optimized workflows, and audit-ready documentation.
Protocol Development
Convert vague guidelines into specific, actionable protocols with decision trees and structured workflows.
Technique Optimization
Synthesize comparative evidence across technique variables to identify evidence-backed optimizations.
Interaction Screening
Screen for evidence-based interactions and contraindications across complex scenarios.
Multi-Standard Synthesis
Synthesize recommendations from multiple guidelines and standards bodies simultaneously.
Compliance & Quality
Instant gap analysis against current standards with AI-drafted revisions and audit trails.
Team Enablement
Create decision trees, quick-reference cards, and onboarding guides from synthesized evidence.
Traction
Early momentum. Real results.
Pilot results from real research and practice environments.
Who It's For
Built for how researchers actually work.
From senior academics managing complex literature reviews to junior researchers learning to build defensible hypotheses.
“I need to trust the output — not spend an hour checking it.”
A university researcher in translational oncology juggles patient consultations, grant applications, and manuscript deadlines. She's tried multiple AI tools — each falls short on verifiability.
With OpenBioCure
Every claim is inline-cited and click-verifiable. Her workflow collapses from four separate tools into one continuous flow — from query to verified manuscript draft.
“I can find papers. I can't connect evidence into a hypothesis.”
A medical student starting his first independent research project. There's a gap between reading papers and reasoning through them. Chat AI gives confident answers with no foundation.
With OpenBioCure
OpenBioCure shows what's supported, what's contradicted, and where the gaps are — with transparent reasoning that traces back to studies.
Data Sources
Grounded in the world's biomedical knowledge.
Every query searches across the most trusted and comprehensive biomedical databases available.
About OpenBioCure
The people and mission behind the platform.
OpenBioCure was built to close the gap between what we know and what we do — in research labs, in professional practice, and in the systems that turn evidence into better outcomes.
Vision
We envision a healthcare ecosystem where knowledge flows seamlessly, discoveries happen faster, and care is safer — powered by AI that is transparent, traceable, and collaborative.
Mission
Accelerate biomedical research and improve professional practice by combining advanced AI with evidence-based infrastructure. Empower researchers, professionals, and organizations to transform raw data into actionable knowledge that saves lives.
Meet the team.
A multidisciplinary team spanning AI, biomedical research, product design, and platform engineering.
Mahmoud Fattouh
Leading OpenBioCure's vision and strategy. Focused on building the bridge between biomedical evidence and actionable outcomes at scale.
Mohammad Shehab
Architecting the platform's AI infrastructure, evidence verification systems, and multi-source data pipelines that power OpenBioCure.
Nicolai Tufar
Leading engineering execution across the platform. Building scalable, reliable systems for biomedical research infrastructure.
Transparency First
Every output is traceable. Every reasoning chain is visible. We build trust through openness, not obscurity.
Collaboration by Default
We believe the biggest problems in biomedicine require cross-disciplinary collaboration and shared infrastructure.
Evidence Over Opinion
We don't generate answers — we surface evidence. The professional stays in control. The AI stays honest.
Stop stitching tools together.
Start doing research.
Join the pilot and experience one continuous flow — from your first query to a verified, publication-ready manuscript.