University of California San Francisco
Artificial intelligence innovation laboratory
Involved in a broad array of studies related to how the brain adapts to an insufficient supply of oxygen
State-of-the-art quantitative cardiovascular research and design
Studying vascular malformations of the brain
Clinician retention, engagement, and well-being
Blood diagnostics for physiology and trauma in the acute care settings
Improve our understanding of mechanisms of acute organ injury and recovery in peri-operative care and critical care settings
Device development and research promoting equity in anesthesia & analgesia worldwide
Our research projects cover across basic, translational, and clinical research
Immune mechanisms and immunomodulation in sepsis and injury
Founded in 1958 to study effects of hypoxia on humans
Genes for heart development and congenital heart defects
Focused on improving perioperative outcomes and patient satisfaction among older adult patients
Working to improve outcomes, health and well-being after surgery
Working to uncover and address disparities in perioperative healthcare, and further solutions to achieve equitable care for vulnerable patient populations
Our research focuses on the generation of recombinant antibodies
Interactive atlas describing characteristic features of peripheral nerves using ultrasound imaging
Advancing innovative brain and spine stimulation therapies for pain
Understanding the tissue injury mechanisms after CNS trauma and recovery of sensory/motor function
Focused on outcomes research in older surgical patients to improve perioperative care delivery
POCCO translational approach helps us to identify and deploy new therapeutic interventions and strategies to protect patients from adverse outcomes
Focused on innate immune mechanisms and inflammation seen in critical illness
We are dedicated to providing our research community with reliable and reproducible recombinant antibodies in various forms for diversified applications
Sall’s laboratory is focused on understanding the effect of anesthetics on brain development
Innovative clinical trials, translational research, and data science to improve the perioperative care of patients undergoing liver and kidney transplantation
Working with clinician educators and trainees to improve teaching, learning, and assessment
Health services research focused on improving healthcare resource allocation and utilization
MPOG uses health data to analyze the interplay between patient characteristics, healthcare systems, surgical procedures, perioperative care, and postoperative outcomes
Yu lab focuses on neuroinflammatory mechanisms that underlie pain processing and host responses to tissue injury
Study neural circuitry involved in anesthesia and analgesia
