The University of Texas at San Antonio is an emerging Tier One research institution with nearly 29,000 students.
Principal Investigator(s)
Golob, Edward
Mock, Jeffrey
Najafirad, Peyman
Funded by
ABSS Solutions Inc (ASI)
Hearing protection devices (HPDs) are standard personal protective equipment (PPE). but servicemembers often do not use them because HPDs impair spatial hearing. which compromises situation awareness. Here we will quantify the impact of a passive HPD on spatial hearing and motion perception. and test if a 3-day augmented reality training regime induces plasticity leading to significant improvements. Attention profoundly influences auditory processing. and is expected to facilitate training-related plasticity.
The University of Texas at San Antonio is an emerging Tier One research institution with nearly 29,000 students.
Principal Investigator(s)
Gonzalez Porras, Maria
Funded by
NIH Natl Inst General Medical Sci
Obesity. a chronic imbalance in energy homeostasis between energy intake and energy expenditure. is a public health crisis and continues to be among the most important medical challenges in the U.S.A. Obesity creates a greater than $190 billion burden annually on American healthcare. The development of therapeutic approaches that lessen or eliminate obesity-associated morbidity and mortality would have a transformative impact on the American population and healthcare spending. There are two types of adipose tissue in mammals: white adipose tissue which is specialized for energy storage.
The University of Texas at San Antonio is an emerging Tier One research institution with nearly 29,000 students.
Principal Investigator(s)
Romero Uribe, Gabriela
Funded by
Natl Science Fdn
This career research project provides the foundation for a long-term productive research program to investigate nanoscale transport phenomena principles for the development of a novel neuromodulation technology. This research explores fundamental questions of nanoscale heat and mass transport. and applies these findings to yield a completely new mechanism to transduce magnetic signals into biochemical stimulus utilizing hybrid nanomaterials. This research would (1) develop a completely new paradigm for precise control of neural activity.