apocell Home Contact Us
  • CLINICAL TRIAL EXPERIENCE
    SPECIMENS ANALYZED
  • proposal request contact us
  • News

    February 4, 2010

    ApoCell Awarded Contract to Develop Circulating Tumor Cell Isolation Technology (ApoStreamTM) from NCI's Division of Cancer Treatment and Diagnosis (DCTD)

    June 1, 2011, Houston

    ApoCell Launches Revolutionary Circulating Cancer Cell Detection System - ApoStreamTM

    August 10, 2011, Houston

    ApoCell Awarded $2.9M from SAIC-Frederick, Inc. to Deliver a New Platform for Detection and Molecular Analysis of Circulating Tumor Cells

    August 24, 2011, Houston

    ApoCell named to Inc Magazine's List of the 5000 Fastest Growing Private Companies

    September 23, 2011, Houston

    ApoCell named to Houston Business Journal's List of the 100 Fastest-Growing Private Companies in Houston

    September 30, 2011, Houston

    ApoCell awarded SBIR Grant to Develop Point of Care Device for Antibody Independent Isolation of Circulating Tumor Cells

Illuminating biomarker detection – Leading the way in personalized medicine.

Scientists at ApoCell have developed innovative assays to support pre-clinical and clinical drug development. Our meticulous approach for biomarker quantification has led to the discovery of markers that correlate with clinical response to both conventional and molecular targeted therapies. These specific case studies highlight technology milestones and examples of applications using our proprietary process.

Pre-Clinical Studies

1. Biomarker Assay Validation for Intra-Tumoral Quantification of Phosphorylated-VEGFR-2

2. Quantification of Cell Specific Apoptosis to Determine Optimization of Combination Therapy

Clinical Studies

3. Monitoring VEGFR and EGFR Activity to Determine Synergistic Effect of Combination Drug Targeted Therapy

4. Validation of Biomarker Correlation with Clinical Outcome on FDA Approved Targeted Therapies

5. Development of Biomarker Assays for Monitoring Target Inhibition in Circulating Tumor Cells and Circulating Endothelial Cells

6. Phase I / II Biomarker Validation Studies of the Sugen Family of Compounds

7. Novel Assay Development for Monitoring the Effects of Angiogenesis Inhibitors

8. Multiplex Assay for Simultaneous Quantification of RTK Target Inhibition and Apoptosis in Endothelial Cells and Tumor Cells

9. Phase I Study to Identify Optimal Biological Dose

Tissue Microarray Studies

10. High Complexity Cellular Localization Study Identifies Melanoma Survival Protein

Clinical Diagnostics

11. Development of a Clinical Diagnostic that Predicts Efficacy of Chemotherapy in Breast Cancer