TS-070304 — The Need Current clinical methods for assessing tremor severity in patients with Parkinson’s disease and other movement disorders rely heavily on subjective, qualitative observations, such as evaluating hand-drawn spirals or observing motor tasks. These approaches lack precision, are difficult…

TS-062900 — This cutting-edge technology redefines the intubation process by guiding the endotracheal tube into the airway with exceptional precision.

TS-062548 — The Need: Enhancing Surgical Precision with Anti-TAG-72 Imaging Agents Colorectal carcinoma is a significant medical challenge, with a high incidence rate in the USA. Current surgical approaches, along with external imaging technologies, have limitations in accurately detecting cancerous tissues, l…

TS-062505 — The Need Glaucoma and myopia are significant causes of vision loss worldwide, affecting millions of people and imposing a substantial socioeconomical burden. Effective vision care strategies are urgently needed to reduce blindness caused by these conditions and mitigate their associated risks. In v…

TS-062497 — The Need: The field of ophthalmology requires advanced diagnostic tools to effectively diagnose, prevent, and treat various eye conditions. While ultrasound imaging is well-known in fields like pregnancy check-ups and vascular imaging, its potential in ophthalmology remains largely untapped. There …

TS-051663 — Alleviate and prevent occupational stresses using this novel scalpel design.

TS-042266 — A monaural machine-learning algorithm for classifying time-frequency units in an unknown signal, which results in marked speech-intelligibly improvements in noisy signals.

TS-038312 — A novel, intravitreal microparticle injection capable of controlled-release of protein therapies (including anti-VEGF) for tunable periods of 6-12 months after injection for the treatment of age-related macular degeneration.

TS-038074 — A monaural machine-learning algorithm for classifying time-frequency units in an unknown signal, which results in marked speech-intelligibly improvements in noisy signals.

TS-014871 — Encoding strategy for improvement of speech understanding in a noisy environment for audiotory prosthetic devices.