Launch Blue Announces Fall ‘25 UAccel Quick Start + I-Corps Cohort
Launch Blue is pleased to announce that 15 teams have been selected to participate in the 12-week Fall 2025 UAccel Quick Start + I-Corps program.
UAccel offers an experiential learning opportunity for innovators in higher education interested in learning about the market potential for their technology and solutions. The goal is to advance the solution toward commercialization, including preparations for grant applications, the creation of a startup, or licensing of the solution to an established company. For this fall, UAccel: Healthcare is combined with UAccel. The five healthcare-specific teams will have their own breakout sessions and guest speakers.
Run by Launch Blue, UAccel is organized in partnership with the University of Kentucky's UK Innovate and Kentucky Commercialization Ventures.
UAccel is a regional Innovation Corps (I-Corps) Program. The National Science Foundation's I-Corps program is an immersive, entrepreneurial training program that facilitates the transformation of invention to impact. The University of Kentucky is a member of the Mid-South I-Corps Hub and offers a regional I-Corps program through Launch Blue.
Candidates were selected through a competitive application and interview process. The final selections for the cohort were determined by a selection committee appointed by the organizing partners. Applications for the Spring 2026 UAccel program will open later this year.
The following teams are participating in the Fall 2025 UAccel program:
Comparative Medicine Ventures
Surgery platform with a rotating surface with integrated anesthetic/O2 gas lines, integrated electrical heating elements, magnetic leg positioning strap system and optional light source and magnification/camera.
Dave Eaton, Leah Noble, Nik Hochstrasser, George Ma, Gary Cullen, Bob Moore, Michela Martinelli PhD
The Stillage People
A startup concentrating on using liquid waste (or "stillage") that remains after ethanol distillation as an admixture in mortar and concrete in order to improve the workability of fresh concrete and to modify the properties of the hardened mortar and concrete.
Brian P. Delisle PhD, Elizabeth Schroder Stumpf PhD
ChronoCulture
ChronoCulture is a programmable temperature oscillation system for tissue culture incubators that simulates natural physiological temperature fluctuations in living organisms
EnVue Health
EnVue Health is a health care innovation startup focused on using AI and predictive algorithms to deliver specialized care for those that need access to preventive care and chronic disease management for underserved populations
Sentience AI
Sentience AI is a surgical software platform that will provide real-time, objective breast volume measurements during reconstruction procedures by leveraging light scanning and machine learning. Designed for intraoperative use with accessible tools like smartphones or portable scanners, the system will give surgeons quantitative feedback to support symmetry and reduce revision rates. In the future, this technology could be adapted for other volume-critical procedures such as craniofacial and limb reconstruction.
Discharge Algorithm
A formalized algorithm that can be used to approach the inpatient discharge process.
Rupin Sharma MD, Paula Farrell MD
Neonatal Sized Simulation Models
We are developing cost-effective, reusable, anatomically accurate, neonatal-sized simulation models using ballistic gel, gelatin composites, and 3D-printed anatomical structures.