Predict how any patient will respond
to any therapy

Experience drug-patient simulations based on
next-generation clinical AI that guide clinical
development like never before

Explore every human nuance and therapeutic effect to simulate new Clinical Realities

Reality vs Simulation

A simulation that consists of diverse, real-world patients, each with a unique response profile to your investigational therapy that closely approximates actual likely response.

Actual trial graph
Simulated trial graph

KM analysis of progression-free survival in a multiple myeloma trial for 1L patients

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Omni-Channel Data

An integrated data framework bridging the biomedical, clinical, and epidemiological domains

350M Lives

Multi Modal Data

100K Drugs
Data Elements

Biomedical
Knowledge Graph

180K Trials

Curated Results Data

Use Cases

Supporting Sponsors from Early Clinical Development to Approval

Clinical Development

  • Protocol Optimization

  • Indication Selection

  • TPP

  • PTS

  • Market Forecasting

  • Enrollment Prediction

Clinical Development

Business Development

  • Search and Evaluation - Many to Few

  • Comparative Deep Dive - Few to One

  • Asset Diligence & Valuation

  • Asset Out-licensing & Disposition

Business Development

Portfolio Management

  • Portfolio Prioritization

  • Inter-portfolio Synergy and Competition

  • Portfolio Gaps and Opportunities

Portfolio Management

Optimizing Clinical Outcomes With

Enrollment and Market in Mind

  • Outcomes

Outcomes

The output of Quanthealth's protocol optimization platform offers virtual trial results in a format identical to that of a real clinical trial. This ensures that researchers and clinicians receive an exhaustive report that mirrors the depth and precision of actual trial data, allowing for data-driven decisions and more effective clinical study design.

Demonstrating Value Across

Therapeutic Areas

Case Studies by Disease Type
ARDS

Acute Respiratory Disease

AI-based clinical and operational optimization enabling cost reductions and improved likelihood of success

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NASH

MASH

Cutting edge clinical trial design: combining AI-driven clinical optimization with population PK-PD

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HNSCC

Head & Neck Cancer

AI-based clinical optimization of an Antibody-Drug Conjugate in metastatic HNSCC to maximize clinical trial success

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UC

Inflammatory Bowel Disease

AI-based clinical prioritization of a portfolio of potential assets for inflammatory bowel disease to maximize clinical trial success

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Explore the Power of Clinical Simulation