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OrganoidXplore™: The first large panel based Organoid screening service

OrganoidXplore™


247 fully characterized organoid models, results in 4-6 weeks. Benefit from a streamlined 5-day incubation time, facilitating timely results and accelerating your research timelines. Our automated workflow ensures accuracy and reproducibility across runs with state-of-the-art liquid handlers, delivering consistent Z’-factor >0.2.

Limited-Time Promotional Offer

Exclusive Pricing Benefits:

  • 30% discount per model, per compound
  • 50% cost share opportunity on Standard of Care compounds
  • Rolling submissions accepted

Key Dates:

  • Registration Deadline: May 29, 2026
  • Screen Execution: June 15th, 2026
  • Results Delivery: 6 weeks post-execution

Available in Netherlands or China facilities

Secure Your Spot Now

Don't miss this limited-time opportunity. Registration closes May 29th, 2026.

Why Choose OrganoidXplore™?

Key Area Noteworthy Benefits
Unmatched Scale & Diversity Access 247 well-characterized PDO and PDXO models spanning 14 cancer types with diverse genetic backgrounds including KRAS, BRAF, EGFR, BRCA1/2, and other clinically relevant mutations.
Multiple Panel Options Choose from Large Panel Screen (247 models), KRAS Panel, Lung Panel, CRC Panel, or Flexible Panel (20+ custom model selection). All panels eligible for 30% promotional discount.
14 Cancer Type Models Explore and test efficacy across colorectal, lung, pancreatic, breast, ovarian, gastric, head and neck, cervical, esophagus, bladder, gallbladder, liver, melanoma, and mesothelioma.
Rich Molecular Profiling Every model includes RNAseq, WES data, and TAA expression profiling with 60+ validated IHC assays—essential for ADC development and patient stratification.
Comprehensive Analysis Investigate off-target effects with matched normal/disease pairs, enabling thorough comparative safety analysis.
Seamless In Vivo Transition Access corresponding PDX models from our extensive biobank to validate organoid findings and advance lead candidates with confidence. Proven high correlation between PDXO and PDX response.
Clinical Relevance Organoid predictions correlate with patient clinical response: 84-100% sensitivity, 69-100% specificity across multiple cancer types in published studies.

In-Depth Customer Report

Receive a comprehensive report featuring:

  • 9-point dose-response curves or 9x1 matrix treatment for every model tested
  • IC50 and AUC values with confidence intervals
  • Brightfield imaging at day 0 and day 5 for quality
  • Study design and methodology details
  • Control performance metrics (Z-factor, CV%)
  • Raw data files for independent analysis
  • Model characterization data (mutations, expression profiles)
  • Comparison to SOC agents (when applicable)

FLYER

Spring 2026 OrganoidXplore™ Promotion
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Flexible Add-On Services to Maximize Your Investment

Biomarker Identification & Patient Stratification: Integrate differential expression analysis between responders and non-responders. Leverage our RNAseq and WES data to identify predictive biomarkers and stratify patient populations for clinical development.

Mechanism of Action Studies: Opt for high-content imaging to visualize ADC penetration, measure bystander killing effects, and assess antibody binding, internalization, and co-localization—critical for ADC optimization.

Drug Combination Studies: Explore enhanced therapeutic potential through combination studies, opening new avenues for synergistic treatment strategies.

Matched In Vivo Validation: Seamlessly transition to efficacy studies with corresponding PDX models from our biobank. Validate organoid predictions with PK/PD profiling and in vivo efficacy to support clinical translation.

ADC Stability Analysis: Assess stability in plasma/blood via LC-MS and ELISA. Monitor DAR with LC-HRMS over time and evaluate payload release under physiological conditions.

Proven Success Across Therapeutic Modalities

Targeted Therapies: Validated with KRAS G12C inhibitors (Sotorasib), RAS-ON inhibitors (Daraxonrasib), and molecular glues (CC-885)

ADC Development: Comprehensive characterization with TOP1-targeting ADCs (Datopotamab deruxtecan, Trastuzumab deruxtecan) and 10+ common payloads

Chemotherapies: Biomarker discovery and patient stratification across diverse genetic backgrounds