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Clinical Development Module

Clinical trial simulation and protocol optimization for pharma drug development, with AI-powered indication selection, enrollment prediction, and probability of technical success.

Solution by Quanthealth
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Overview

The QuantHealth Clinical Development Module is an AI-powered platform designed to help leading pharmaceutical companies design, optimize, and de-risk their clinical trials. By enabling trial design teams to virtually test thousands of clinical hypotheses in minutes, the platform accelerates drug development and supports more informed, strategic decision-making across the full spectrum of clinical development activities.

The platform is highly adaptable, allowing granular modifications to virtually any protocol parameter — including inclusion/exclusion criteria, treatment and control arms, comparators, outcomes, endpoints, and analysis methods — while simultaneously assessing the clinical, operational, and commercial impact of each change.

Protocol Design and Optimization

  • Modify any protocol parameter and instantly assess its clinical, operational, and commercial impact.
  • Optimize inclusion/exclusion criteria to maximize clinical effect size without compromising feasibility or commercial viability.
  • Evaluate different drug combinations to maximize efficacy while minimizing safety concerns.
  • Test thousands of clinical hypotheses in minutes, dramatically reducing the time required for trial design iteration.

Indication Selection

  • AI-based module that predicts the efficacy and safety of drugs across a wide range of medical conditions.
  • Draws on variability within and across diseases to provide comprehensive coverage.
  • Presents results in an intuitive and clinically relevant manner to support precise and efficient decision-making in early clinical development.

Target Product Profile (TPP)

  • AI-based module that predicts key TPP parameters, with a focus on primary endpoints and safety.
  • Enhances strategic decision-making by providing a reliable perspective on the therapeutic potential and safety profile of an asset.

Probability of Technical Success (PTS)

  • Integrates rigorous efficacy and safety simulation with real-world evidence.
  • Aids in optimizing clinical trial investments and minimizing risk.
  • Enhances decision-making processes throughout drug development.

Market Forecasting

  • Predicts the expected number of patients across various geographical markets based on a specific cohort definition.
  • Enables comparison of global patient populations across different cohorts.
  • Supports more informed and strategic commercial planning.

Enrollment Prediction

  • Predicts site-level and global trial enrollment over time by analyzing the patient cohort and hundreds of protocol parameters.
  • Parameters assessed include protocol complexity, site burden, estimated site performance, and investigator characteristics.
  • Supports site selection and feasibility analysis, providing an essential operational perspective for trial design teams.

Prospective Validation

  • The platform has demonstrated the ability to predict trial results before readout, without sponsor data, with 85% accuracy on the primary endpoint.
  • Validated against multiple real-world clinical trials, including IMVOKE010 (a randomized Phase III study of atezolizumab as adjuvant monotherapy in squamous cell carcinoma of the head and neck), TROPION-Breast01, and ELOQUENT1.

QuantHealth's Clinical Development Module is built for pharmaceutical organizations seeking to reduce trial failure risk and improve the efficiency of their clinical programs through AI-driven simulation and real-world evidence integration.

Meta

Domain
Computational Drug Safety & PKPD Modeling
Subdomain
Clinical Trial Simulation & Forecasting
Software type(s)
Computational Engine
Deployment type(s)
Cloud / SaaS
Industry vertical(s)
PharmaBiotech
Development stage(s)
Preclinical / Pre-MarketClinical
Target user(s)
Research ScientistBioinformatician / Computational ScientistClinical / Diagnostic ProfessionalCommercial / Market Access
Tag(s)
Uses AI