The University of Texas System

@utsystem

Official account of The University of Texas System. Improving the lives of Texans and people all over the world through education, research and health care.

Austin, Texas

utsystem.edu

Joined September 2010

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The University of Texas System
@utsystem
5h
Flooding is hyperlocal, with conditions sometimes evolving block to block. Researchers at @UTSA are developing an off-grid, AI-powered flood warning system that can spot flodding at the street level.
UT San Antonio
@UTSA
5h
UT San Antonio researchers are reimagining how communities prepare for floods. 🌧️ The team, led by assistant professor Chen Pan, has developed a self-powered, AI-enabled flood monitoring system that detects hyper-local flooding in real time, helping communities respond faster
The University of Texas System
@utsystem
Sep 8
🌊 🌊 🌊
UT Dallas
@UT_Dallas
Sep 8
Researchers have re-created a small-scale ocean environment where they can make waves build, break and crash into one another Learn more: magazine.utdallas.edu/2026/08/25/win…
The University of Texas System
@utsystem
Sep 4
Driving a global effort to save coral reefs. 🪸 @UTArlington researchers and students brought their coral reef expertise across the world to the International Coral Reef Symposium in New Zealand. They presented their in-depth research on coral disease, immunity, and resilience,
The University of Texas System
@utsystem
Sep 4
Tuberculosis is one of the world’s leading infectious diseases, and @UTSWMedCenter has gained new insight into how the immune system fights back. 🧬 Researchers have discovered how the protein SNX5 helps immune cells respond to TB and reduce lung inflammation, contributing to
utsouthwestern.edu
Protein linked to immune response against tuberculosis
Researchers at UT Southwestern Medical Center have identified a protein that helps the immune system respond to tuberculosis (TB), one of the world's leading infectious diseases.
The University of Texas System
@utsystem
Sep 3
Five years ago, the idea existed only on paper. Now, it's cleared for takeoff. 🚀 @UTSA researchers will be flying in conditions designed to simulate Martian gravity in order to test an electrolyzer that converts atmospheric CO₂ into fuel and oxygen — a potential game-changer