Fiber and Films Archives

Identification and manipulation of Tiller Angle Control (TAC1) homologs in upland cotton results in altered branch angle for increased planting densities and improved light interception

Published: 2/18/2026

Improve cotton productivity by genetically modifying plant architecture—specifically branch and petiole angles—using CRISPR-based genome editing of TAC1 genes....

Inventor:

Dr. Chris Saski

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Molten Core Flux Formation Method and Fibers Formed Therefrom

Advanced Materials, Fiber and Films, Manufacturing

Published: 5/23/2022

Semiconductor optical fibers marry the enablement of modern electronic devices of semiconductors with the light-guiding capability of fiber optics. Combining...

Inventor:

John Ballato, Thomasina Zaengle, Baris Kukuoz, Ursula Gibson

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Improved Upland Cotton Fiber via Recombiant Proteins

Fiber and Films, Agriculture

Published: 2/25/2026

Sustainable alternative to synthetic fibers in technical textiles...

Inventor:

Dr. Chris Saski

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Fiber and Films

Fiber and Films

Identification and manipulation of Tiller Angle Control (TAC1) homologs in upland cotton results in altered branch angle for increased planting densities and improved light interception

Dr. Chris Saski

Molten Core Flux Formation Method and Fibers Formed Therefrom

John Ballato, Thomasina Zaengle, Baris Kukuoz, Ursula Gibson

Improved Upland Cotton Fiber via Recombiant Proteins

Dr. Chris Saski

Contact our team at CURF