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Leonidas Bleris
Researchers at UT Dallas used an enzyme called TdT to create unique genetic "fingerprints" inside living cells—a breakthrough in biosecurity that could help biotech companies verify cell identity and prevent counterfeiting. The technique, published in Advanced Science, increases randomness in DNA repair to generate one-of-a-kind markers. This cropped image shows a key step—Pol X’s role in the process. [Source: Figure 1, TdT (1D) PUF/Advanced Science]
UT Dallas Researchers ‘Barcode’ Engineered Cells with Patent-Pending Tech to Protect Biotech IP
by Maddie Preston | Sep 27, 2025
The UTD team’s approach adapts a chip-security technique to biology. The breakthrough gives biotech companies a new way to prevent costly misidentification and protect intellectual property.
![Erica Kosemund, Chief Brand Officer, Choctaw Nation of Oklahoma; Gillian Breidenbach, Chief Partnership Officer, North Texas FWC Organizing Committee; Chief Gary Batton, Chief of Choctaw Nation of Oklahoma; Monica Paul, Executive Director of Dallas Sports Commission and President of North Texas FWC Organizing Committee; John Hobbs, Senior Executive Officer of Communications, Choctaw Nation of Oklahoma; and Heidi Grant, Senior Executive Officer of Commerce Administration, Choctaw Nation of Oklahoma, celebrate Choctaw Casinos & Resorts becoming an Official Dallas World Cup 2026 Host City Supporter. [Photo: North Texas FWC Organizing Committee/Choctaw Casinos & Resorts]](https://s24806.pcdn.co/wp-content/uploads/2025/12/FIFA-Choctaw-dec-2025.jpg)
