GCC REACH
The Gulf Coast Consortium Research Evaluation and Commercialization Hub (GCC-REACH) is an NIH funded multi-institutional resource wherein nascent academic entrepreneurs work closely with successful life science experts and experienced biotech executives to develop strategic milestones to rapidly validate the commercial value of their discoveries. Entrepreneurs who balance full-time clinical, teaching, and laboratory duties will be paired with Entrepreneurs in Residence and expert teams who provide mentorship and assistance in completing, market analysis, business plans, and technology development strategies. The GCC-REACH assists entrepreneurs in strategic planning for management and operations and provides vetted resources and support to achieve value-added commercialization inflection points.
Accelerating Biomedical Innovation Across Texas
Program Impact At A Glance
100+
Strategic Advisors Involved
26
73
Texas Institutions Engaged
Technology Feedback Forums
19
Commercialization Plans
$2.7
22
Million in Follow On Funding
Interns assigned to Projects
Commercialization Pipeline
TFF
Project Summaries
Cohort 1
Gene therapy for cardiac repair
Catalytic carbon nanomaterials
Non-invasive oral cancer therapy
AI-accelerated biologics design
Anti-metastatic small molecules
Next-generation pain therapeutics
Preclinical small-molecule drug development
Cohort 2
Macrophage-mediated cancer immunotherapy
Enhanced CAR-T cell metabolism
Engineered cell therapy platforms
Personalized 3D soft-tissue implants
Computational AI-driven drug discovery
Cohort 3
Protein biomarker cancer diagnostics
Computational viral pathogen discovery
Cell-cycle targeted cancer inhibitors
Metastasis-suppressing oncology therapeutics
Enhancer RNA-targeted cancer therapies
Cohort 4
Noninvasive CAR-T toxicity prediction
Tumor-microenvironment reprogramming therapeutics
Cohort 5
STAT-targeted immunomodulatory therapeutics
Rapid TBI biomarker diagnostics
Targeted protein degradation oncology
AI-based cerebral ischemia imaging
Precision blood-brain barrier modulation