The University of Florida is making artificial intelligence the centerpiece of a major, long-term initiative that is combining world-class research infrastructure, cutting-edge research, and a transformational approach to curriculum. Here in the College of Dentistry, we’ll use AI to find patterns of gene expression of oral diseases and link imaging, pathology and genomic data to improve outcomes in patients. Dentistry researchers are also using multivariate machine learning methods to understand the neurobiological contributors of pain in older adults.
ai for clinical decision-making and patient communication
UFCD Partners With Overjet
The UF College of Dentistry has entered a collaboration with Overjet, the industry leader in dental artificial intelligence, to empower the next generation of Gator Dentists with AI to enhance clinical decision-making and patient communication.
University of florida
Boldly Fueling the Fourth Industrial Revolution
Artificial intelligence is more than just the next wave of high-tech. It is transforming nearly every sector of the economy. Using AI to analyze massive amounts of data has dramatically affected communications, accounting, finance, transportation, medicine, agriculture, and more. Anchored by a $70 million research and education partnership with NVIDIA, UF is building the most powerful supercomputer in higher education and has committed to hiring 100 new faculty dedicated to AI.
Artificial intelligence in dentistry & healthcare
UF College of Dentistry
Improve Patient Outcomes and Prognoses
The UF College of Dentistry seeks to enhance its work using AI/ML approaches to improve patient outcomes and prognosis in patients with pre-malignant and malignant lesions in the oral cavity and jaws, and to use known risk factors and correlating appearance of intraoral lesions with genomic markers and histopathology.
UF College of Dentistry
Identify Patterns of Gene Expression
The college will pursue the use of AI neural networks to identify patterns of gene expression associated with the development of oral diseases, such as periodontal diseases and head and neck cancers, and integrate them with other ‘omics’ data.
UF College of dentistry
Understand and Treat Chronic Pain
Pain is uniquely manifested and influenced by multiple biological and psychosocial factors. AI investigations can decode those biological and psychosocial interactions, resulting in methods for optimal pain treatment and personalized pain care. UFCD researchers are using multivariate machine learning methods and Gaussian process regression to understand the neurobiological contributors of pain in older adults.
UF academic health center & Campus Collaboration
Interdisciplinary Virtual Patient Simulation to Solve Health Care Disparities
Dentistry is part of an ongoing interdisciplinary program with the UF colleges of engineering, nursing, and public health and health professions using virtual patient simulation to strengthen interprofessional teams with solving health care disparity issues, particularly in emergency rooms where communication issues between different providers can affect patient care. The collaboration enables providers to address patients’ clinical needs comprehensively.
Ai opportunities in the health sciences
UF Academic Health Center
An Academic Hub for Trustworthy AI in the Health Sciences
The UF Academic Health Center offers tremendous opportunities to advance AI in biomedical research, healthcare, and public health in collaboration with other units across campus.
UF academic health center
Community, Trustworthy AI, and Diversity, Equity and Inclusion
The academic colleges of UF Health are recruiting faculty who can harness artificial intelligence for health care delivery, public and population health and biomedical discovery, while also training students and residents who will lead tomorrow's AI workforce.
university of florida committment
university of florida
Malachowsky Hall for Data Science and Information Technology
Construction has begun on Malachowsky Hall, a 263,000-square-foot academic building that will serve as a hub that connects students and researchers across disciplines.