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OrgCan - Patient Derived Cancer Organoids

Revolutionizing Cancer Drug Discovery: Patient-Specific Insights for Targeted Therapies. In the fight against cancer, one size rarely fits all. OrgCan, Biodimension's cutting-edge platform, empowers you with patient-derived cancer organoids (PDCOs), offering a powerful and translational in vitro system for truly personalized drug development.

OrgCan Platform

Harness the Power of OrgCan

OrgCan organoids are directly derived from patient tumor biopsies, faithfully preserving the unique genetic, genomic, and phenotypic characteristics of the original cancer, providing unparalleled patient relevance for drug discovery.

Key Benefits

Unparalleled Patient Relevance

OrgCan organoids are directly derived from patient tumor biopsies, faithfully preserving the unique genetic, genomic, and phenotypic characteristics of the original cancer.

Predictive Preclinical Models

Screen drug candidates in a system that mirrors individual patient tumor biology, leading to more accurate predictions of clinical response and reduced attrition rates.

Accelerate Drug Discovery

Streamline your preclinical pipeline by identifying promising drug candidates and understanding resistance mechanisms in a patient-specific context.

Personalized Medicine Strategies

Develop and validate targeted therapies tailored to the specific molecular profile of individual patient tumors.

Study Tumor Heterogeneity

Investigate the diverse cellular populations within a single tumor and their differential responses to treatment.

Explore Novel Biomarkers

Identify predictive and prognostic biomarkers associated with drug sensitivity and resistance in patient-relevant models.

Breast Cancer Spheroids

Breast cancer, with its diverse presentations and intricate pathways, has long challenged researchers seeking effective therapies. Traditional models, while valuable, often fall short of capturing the full tumor microenvironment and intricate interactions responsible for its aggressiveness.

Organoids faithfully recapitulate the architecture and genetic diversity of human breast cancers. These living models, meticulously crafted from patient tissues, hold the key to unlocking new avenues for drug development. No longer confined to simplified cell cultures or animal models, researchers can now study drug response in an environment that closely mirrors the complexities of actual human tumors.

Treatment Response Studies

Horizontal view for 7 days Breast Cancer Spheroids
Tamoxifen treatment with the organoids at varied concentration
SEM images of spheroids (dose dependent changes)
Control, 300 μg/ml, 500 μg/ml concentrations
Fluorescent labelled - Organoid treated with 500μg/ml
Breast Cancer Spheroid

CANCER

Patient-derived cancer organoids

BREAST CANCER
SKIN CANCER
OVARIAN CANCER
COLON CANCER
ORAL CANCER
PROSTATE CANCER
LUNG CANCER
UTERAL CANCER
BLADDER CANCER

NORMAL

Healthy tissue organoids

LIVER
BRAIN
LUNG
PANCREAS
SPLEEN
PROSTATE
KIDNEY
COLON
BLADDER

Research Applications

Explore the diverse applications of OrgCan organoids in cutting-edge cancer research and drug development.

High-throughput Screening (HTS)

Identifying novel drug candidates with anti-cancer activity from large compound libraries.

Drug Toxicity Assessment

Examining the impact of drugs on cancer cells within the organoid model for safety evaluation.

Predictive Biomarkers

Correlating organoid drug response with patient profiles to discover sensitivity or resistance markers.

Tumor Microenvironment (TME)

Co-culturing organoids with immune cells, fibroblasts, and endothelial cells to investigate interactions.

Models We Are Building

We are developing comprehensive panels of patient-derived organoids to provide consistent models throughout your research journey.

Breast Cancer Panel

Comprehensive patient-derived organoid collection

We are developing a panel of 15 patient derived organoids for tumor heterogeneity and consistent models throughout your research journey. This comprehensive collection enables researchers to study the diverse presentations of breast cancer and develop targeted therapeutic strategies.

Key Features:

  • 15 diverse patient-derived organoids
  • Tumor heterogeneity representation
  • Consistent models for long-term studies
  • Drug response characterization

Liver Organoids

Focused for better clinical relevance

Our liver organoids are specifically designed for enhanced clinical relevance with comprehensive panels of patient-derived organoids (PDOs). These models provide accurate representation of liver function and disease states for drug metabolism and toxicity studies.

Applications:

  • Drug metabolism studies
  • Hepatotoxicity assessment
  • Liver disease modeling
  • Clinical translation studies

Customizable Solutions

Biodimension offers flexible services, from organoid generation and expansion to customized drug screening assays and multi-omics analysis. We create cancer panels for you and any type of cancer organoids can be developed with OrgCan.

Services

  • • Organoid generation
  • • Expansion & maintenance
  • • Drug screening assays
  • • Multi-omics analysis

Capabilities

  • • Custom cancer panels
  • • Any cancer type
  • • Patient-specific models
  • • High-throughput screening

Support

  • • Expert scientific support
  • • Data analysis
  • • Protocol optimization
  • • Quality assurance
Bio-banking
Bio-banking

Biological Sample Repository

We bank biological samples valuable resources for bio-medical research, drug development and personalized medicine. Our biobank is committed to research and precision medicine by providing high-quality biological specimens and data to the scientific community.

Products

PATIENT DERIVED HUMAN CELLS
ALL TYPES OF CANCER CELLS
ALL KINDS OF BIOLOGICAL SAMPLES THAT IS REQUIRED FOR YOUR RESEARCH

Ready to Revolutionize Cancer Research with OrgCan?

Discover how OrgCan's patient-derived cancer organoids can accelerate your drug development and precision medicine initiatives with unparalleled patient relevance.