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Transforming Oncology Research with Patient-Derived Microtumor Models

Encapsulate’s Tumor-on-a-Chip platforms delivers rapid, reproducible, and scalable preclinical data.

We help you and your team accelerate pharmaceutical processes and research development.

Core Capabilities

Tumor-on-a-Chip Platforms

Recreate patient-specific tumor microenvironments in a controlled, microfluidic system that preserves 3D architecture, cellular heterogeneity, and stromal interactions.

Patient-Derived Microtumors (PDMs)

Generate functional tumor models directly from patient biopsies—retaining clinically relevant phenotypes and drug sensitivities.

Precision Oncology Enablement

Move beyond genomics alone. Our platform delivers functional response data to complement molecular profiling and improve therapeutic selection.

Automation & Scalability

Standardized workflows and automated systems ensure reproducibility across studies and scalability for pharma pipelines.

Programmable Dosing & Advanced Fluidics

A purpose-built microfluidic biochip that enables programmable dosing, controlled perfusion, and dynamic fluid handling, allowing pharmaceutical companies and research teams to model clinically relevant treatment conditions with greater precision, consistency, and experimental flexibility.

What We Do: Study Types

Patient Stratification Studies

Profile therapeutic response across diverse patient-derived samples to identify responsive subpopulations and support precision medicine strategies.

Efficacy Studies

Profile therapeutic response across diverse patient-derived samples to identify responsive subpopulations and support precision medicine strategies.

Dose Response & Potency Profiling

Define therapeutic response across dose ranges to generate potency curves, compare candidate performance, and inform lead selection.

Resistance Modeling

Characterize intrinsic and acquired resistance mechanisms across patient-derived tumor models to inform next-line strategies and combination design.

Toxicity & Therapeutic Window

Assess on-target and off-target effects in human-relevant tumor systems to better predict clinical tolerability.

Mechanism of Action (MoA)

Interrogate how therapies impact tumor viability, signaling pathways, and cellular interactions.

Combination Screening

Test rational drug combinations to uncover synergistic effects and overcome resistance mechanisms.

Biomarker & Response Correlation

Link functional treatment responses with molecular, histologic, or phenotypic biomarkers to support patient stratification and translational research.

What We Test: Therapeutic Modalities

Standard-of-Care Chemotherapies

Benchmark new candidates against existing treatments.

Targeted Therapies

Evaluate pathway-specific inhibitors in relevant tumor contexts.

 

Immuno-Oncology Agents

Assess immune-mediated responses in systems that preserve tumor-immune interactions (if applicable—can tweak depending on your capabilities)

Emerging Modalities

Including ADCs, small molecules, and biologics in early-stage pipelines.

 

 

Cancer Types Supported

We work with a wide range of solid tumors, including:

  • Colorectal cancer (patient derived)
  • Pancreatic cancer, PDAC (patient derived)
  • Ovarian cancer (patient derived)
  • Lung cancer, NSCLC (patient derived and cell line)
  • Breast cancer (a variety of cell lines)
  • Lymphoma (cell lines)
  • Osteosarcoma (cell lines)
  • Cervical cancer (cell lines)
  • Additional indications based on biopsy availability

If it can be biopsied, we can model it.

What You Get: Data & Deliverables

Actionable Drug Response Data

  • Dose-response curves
  • IC50 / efficacy metrics
  • Responder vs. non-responder stratification
  • Comparative performance across therapies or combinations

High-Content Readouts

  • Viability and cytotoxicity
  • Morphological changes
  • Biomarker expression (if applicable)

Dynamic Treatment Response Insights

  • Time-course treatment effects
  • Response under programmed dosing schedules
  • Exposure-response behavior in controlled microfluidic conditions 

 

Translational Insights

  • Patient-specific response variability
  • Resistance signatures
  • Data to support go/no-go decisions
  • Biomarker-response correlations

 

Clear Decision-Ready Reporting

  • Delivered in standardized, pharma-ready formats to integrate seamlessly into your R&D workflows., including summary reports, structured datasets, visual outputs, and presentation-ready findings.

How We Partner: Engagement Models

Sample-to-Data

You provide patient biopsies

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We generate microtumors and deliver full drug response datasets

 

Model-to-Data

You provide PDOs or tumor samples

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We run studies using our Tumor-on-a-Chip platforms

 

Drug Testing Partnerships

You provide compounds (SOC or pipeline assets)

"

We evaluate efficacy across relevant patient-derived models

Custom Study Design

Your provide your program goals

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We collaborate to aligned design studies, from early discovery to translational validation

 

Work with Encapsulate

Partner with Encapsulate to transform your R&D.

Learn how our automated, patient-derived microtumor models can enhance your drug discovery pipeline, deliver scalable screening data, and bring true precision medicine to oncology research.