Cypre Platform

A 3D tumor model platform that recreates the tumor-stromal-immune microenvironment to support therapeutic development through IND. Built for mechanism of action studies, biomarker discovery, and predictive preclinical data.

The Foundation of Translationally Relevant Preclinical Insights

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Platform Capabilities

3-Tiered Models: Integrated tumor, stroma, and immune cells for evaluating microenvironment interplay

MOA & Immune Analytics: High-content imaging, multiplex cytokine profiling, and flow cytometry

RNA-Seq Enabled: Multi-omic analyses correlating phenotypic outcomes with transcriptional signatures

IND-Ready Outputs: Standardized data packages aligned with regulatory expectations

Partner Applications

  • Identify and validate novel targets using TME-contextualized screening
  • Validate mechanisms for bispecifics, ADCs, and immune-modulating agents
  • Generate preclinical biomarker hypotheses
  • Explore responder vs. non-responder profiles for patient stratification
  • Evaluate indication expansion or lead differentiation

Growing Repository Across Tumor Indications

Lung
Colon
Pancreatic
Renal
Melanoma
Brain
Blood
Stomach
Bladder
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MOA Analytics for Immunotherapy

Representative readouts from NSCLC model treated with a T cell engager: CD45+ infiltration via immunofluorescence, T cell activation panel via flow cytometry, and multi-plex cytokine profiling.
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Transformative Technology for Collaborative Oncology Development

Cypre’s 3D organoid platform is purpose-built to empower partners with a more predictive, human-relevant approach to cancer drug discovery. Engineered using our proprietary VersaGel® hydrogel technology, this platform reconstructs the human tumor microenvironment, capturing essential tumor, stromal, and immune interactions that standard preclinical models miss.

The Cypre Platform enables partners to explore mechanism of action, evaluate immune dynamics, stromal modulation, and generate biomarker-driven insights, all within a high-throughput, reproducible framework. Our robust, decision-grade data package streamlines the path from discovery to IND.

Testimonials

“We work with Cypre to access their unique 3D tumor models and have found interesting insights into modeling the tumor microenvironment. We look forward to increasing our utilization of the Cypre platform for our future projects.”
Top Pharma
Drug Discovery Director
"The Cypre platform enabled us to efficiently screen IC50s across different tumor types, giving us critical antitumor data that supported the formation of a startup company."
Brown University
Professor of Oncology

What Defines a True Animal-Alternative Model?

Human-Relevant Complexity that Surpasses Traditional Systems

Cypre’s 3D organoid platform was purpose-built as an NAM model, capturing the intricate biology of the human tumor microenvironment (TME). By integrating stromal fibroblasts, ECM density control, and Phenotypic readouts of T cells, macrophages, NK cells, B cells —our system recreates critical cellular interactions and immune exclusion patterns that are often lost in animal studies.

Predictive Across Modalities and Mechanisms

Validated in studies spanning chemotherapy, targeted agents, immunotherapies, ADCs, and T cell engagers, our organoid-based platform is engineered to reflect diverse treatment contexts. Whether advancing a single compound or evaluating complex combinations, Cypre’s animal-alternative models provide actionable insights that support both early discovery and IND-stage decisions.

Standardized, Scalable, and Ready for Decision-Making

With high-content imaging, cytokine profiling, and flow-based immune phenotyping built into a reproducible workflow, our platform delivers consistent multi-modal analytics at scale. Typical turnaround times of 30-60 days empower teams to move rapidly—de-risking pipelines and minimizing reliance on animal testing, without compromising scientific depth.

Human-Relevant Complexity that Surpasses Traditional Systems

Cypre’s 3D organoid platform was purpose-built as an NAM model, capturing the intricate biology of the human tumor microenvironment (TME). By integrating stromal fibroblasts, ECM density control, and Phenotypic readouts of T cells, macrophages, NK cells, B cells —our system recreates critical cellular interactions and immune exclusion patterns that are often lost in animal studies.

Predictive Across Modalities and Mechanisms

Validated in studies spanning chemotherapy, targeted agents, immunotherapies, ADCs, and T cell engagers, our organoid-based platform is engineered to reflect diverse treatment contexts. Whether advancing a single compound or evaluating complex combinations, Cypre’s animal-alternative models provide actionable insights that support both early discovery and IND-stage decisions.

Standardized, Scalable, and Ready for Decision-Making

With high-content imaging, cytokine profiling, and flow-based immune phenotyping built into a reproducible workflow, our platform delivers consistent multi-modal analytics at scale. Typical turnaround times of 30-60 days empower teams to move rapidly—de-risking pipelines and minimizing reliance on animal testing, without compromising scientific depth.

Ready to Explore a Partnership?

Fill out the form to connect with our business development team and learn how Cypre’s advanced tumor modeling platform can support your program. We’ll walk you through the technology, discuss your objectives, and explore how we can collaborate to drive smarter oncology development.

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Let’s Build the Future of Oncology, Together

Partner with Cypre to co-develop translationally validated, IND-ready insights using our complete 3D tumor organoid platform. From immune profiling to tailored study designs, we’re built for collaboration.