Lead Optimization and Preclinical Validation
Preclinical validation is where bold ideas meet rigorous testing. LIDE helps drug developers de-risk their programs by combining classical gold-standards with innovative models, and translational insight into a streamlined pathway designed for clinical success.
Our Optimized Roadmap for Preclinical Success
Traditional approaches rely heavily on 2D cell lines or sequential CDX → PDX workflows, which can waste time and resources. LIDE offers a more efficient and effective alternative:
- Start with Conditionally Reprogrammed (CR) Cells: Patient-derived, heterogeneous cultures that more accurately reflect clinical tumors than immortalized cell lines.
- Functional Diagnosis with MiniPDX: Rapid 7-day functional assays to test indications, prioritize drug candidates, and reduce reliance on guesswork before committing to long-term studies.
- Go directly to PDX Studies: Leverage LIDE’s biobank of 2,300+ clinically annotated PDX models, including rare cancers, resistant tumors, and genetically diverse phenotypes.
- Biomarker Discovery & Patient Stratification: Access to fresh patient samples, integrated omics and functional readouts to define predictive biomarkers and shape smarter clinical trial recruitment strategies.
Screening with MiniPDX®
A cornerstone of our platform, MiniPDX® serves as a bridge between in-vitro and in-vivo assays, helping screen indications, models, or candidate compounds before more costly investments in complex in-vivo studies.
| PDX | MiniPDX | 3D cells or Organoids | |
|---|---|---|---|
| Study Type | In-vivo | In-vivo | In-vitro |
| Study Length | 4-6 months | 7 days | 2-8 weeks |
| Cost | High | Med | Low |
| Predictive Power | 89% | 82%* | TBD |
| Primary Benefit | Gold standard validation for IND application | Predictive power of PDX but shorter turnaround time | Better representation of natural tumor environments vs 2D cell cultures |
*by calculation here