A major goal of Texas Biologics is to strengthen and expand biomedical translational research at UT Austin. One mechanism to achieve this goal is to provide financial support for projects in biologics discovery and development. We launched the TXBio Pilot Grant Program to foster research across campus.

Current Funding Opportunities

The 2026 TXBio Pilot Grant competition is now closed.

See the Request for Proposals.

We anticipate holding yearly or bi-yearly grant programs. More opportunities will be posted here as available.

For additional funding opportunities, or to leverage your TXBio Pilot Grant funding, see UT's Internal Funding Opportunities.

2026 Pilot Grant Awardees

Development and Mechanistic Assessment of an IL-25/CTLA-4 bispecific antibody to improve the therapeutic index of anti-CTLA-4 therapy in immune checkpoint inhibition-responsive cancers
An allergen delivery system for immunotherapy of food allergy
Oral delivery of biological therapies through probiotic encoded circular RNA
Developing a stockpile-ready pan-filovirus vaccine

2025 Pilot Grant Awardees

Peptide and Chemotherapy Conjugate for Treating Pancreatic Cancer
Development of Novel Lipid Nanoparticles Targeting Airway Basal Cells In Vivo for Long-term Genome Editing
AI-Driven Humanization of Uricase for Gout Therapy
Focused Ultrasound-Triggered Local Antibody Delivery for Pancreatic Cancer

2024 Pilot Grant Awardees

Development of bifunctional peptide-antibiotic conjugates for the treatment of the pan-resistant pathogen Stenotrophomonas maltophilia
Development and Mechanistic Studies of an Inosine-Degrading Enzyme for Breast Cancer Therapy
Connexin-based biologics for restoration of synchronous beating following myocardial infarction
Smart EnteroPatho Nanoparticles for the Paracellular Delivery of Orally Administered Biologics

2023 Pilot Grant Awardees

Targeted in situ production of a HER2-specific nanobody for breast cancer
Engineering RNA polymerases for efficiently producing mRNA vaccines

2022 Pilot Grant Awardees

Engineered Proteoliposome Therapeutics for Glycocalyx Enhancement in Disease
Eliminating Pancreatic Cancer Stem Cells with a Bispecific Antibody Binding a2b1 Integrin
Developing a Bifunctional Anti-biofilm Biologic Agent
  • Walter L. Fast, Ph.D., College of Pharmacy
  • Hugh D. Smyth, Ph.D., College of Pharmacy
Developing Adaptable, Extracellular Drug Reservoirs for Treating Glioblastoma