CrownSyn

CrownSyn™: Quantify and visualize drug synergy, antagonism, or additivity in vitro and in vivo with Crown Bioscience’s robust bioinformatics platform—empowering oncology researchers to optimize combination therapies with confidence.

Request Pricing
Crown Bioscience

Receive your quote directly from the manufacturer.

Ease of Use
After Sales Service
Value for Money
Be the first to leave a review

CrownSyn™: Empowering Oncology Research Through Advanced Drug Combination Analysis

In the evolving landscape of oncology, combination therapies have emerged as a cornerstone strategy to combat cancer's complexity and adaptability. Recognizing this, Crown Bioscience introduces CrownSyn™, a comprehensive bioinformatics service designed to evaluate and quantify the interactions of two-drug combinations—be it synergistic, antagonistic, or additive—in both in vitro and in vivo settings.

Key Features of CrownSyn™:

  • Flexible Experimental Design Compatibility: Whether you're employing fixed ratio or matrix designs, CrownSyn™ seamlessly adapts to your experimental setup, ensuring accurate analysis across various study designs.
  • Robust Data Visualization: Transform complex data into intuitive visuals, including dose-response curves, combination index graphs, inhibition heat maps, 2D contour maps, and 3D response surface plots, facilitating a deeper understanding of drug interactions.
  • Validated and Reliable Analysis: Built upon rigorously tested methodologies, CrownSyn™ ensures data integrity and reproducibility, providing researchers with confidence in their findings.
  • In Vivo Synergy Assessment with invivoSyn: Traditional in vivo studies often lacked rigorous statistical tools, leading to potential inaccuracies. Crown Bioscience addresses this with invivoSyn, a framework that meticulously detects drug synergy directly from tumor volume data without making undue assumptions about tumor growth dynamics.
  • Integration with Advanced Models: Beyond traditional cell lines, CrownSyn™ extends its capabilities to organoid models, offering a more comprehensive understanding of drug interactions within structures that closely mimic human tissues.

Product Overview

Links