Practice Locations

UCHealth University of Colorado Hospital (UCH)
12605 E. 16th Ave Aurora, CO 80045

720-848-0000

Tamas Seres, MD

Anesthesiology

Board Certified

Locations

Practice Locations

UCHealth University of Colorado Hospital (UCH)
12605 E. 16th Ave, Aurora, CO 80045

720-848-0000

Provider Expertise

Specialties

  • Adult Cardiothoracic Anesthesiology ( 2001 , 2021 )
  • Anesthesiology ( 2001 , 2022 )

Education & Training

Medical Schools

MD, University Medical School of Debrecen (1979)


Residency Program

Albert Einstein College of Medicine at Beth Israel Medical Center Program (2000)


Fellowships

New York Presbyterian Hospital (Columbia Campus) Program (2001)

Research & Grants

Research Interests for Patients

I have a PhD in immunology and ischemia reperfusion injury of different cells and tissues of the body. I am interested in studying the best way to administer fluids during surgery and the effective way to manage blood loss and coagulation abnormalities. More recently, I am interested in studying arginine and methionine metabolism in different clinical conditions. My goal is to describe the pattern of arginine and methionine metabolites in chronic and acute inflammation. I see an opportunity to understand better the mechanism of severe vasoplegia after cardiac surgery.

information for referring providers

Referral Contact Phone

(720) 848-3315

Clinical Interests for Referring Providers

Cardiac Anesthesia, Anesthesia for Transplants

Research Interest for Referring Providers

My research interest is coming from basic research on the field of ischemia reperfusion and free radical production. I studied the effect of free radicals on the function of monocytes. I am interested in the mechanism of ischemic and non-ischemic cardiomyopathy. My clinical research interest is oriented to the field of goal directed fluid therapy and its role in clinical outcome. The second field I am interested in is the ROTEM technology and its use in clinical practice. More recently, I am interested in studying arginine and methionine metabolism in different clinical conditions. My goal is to describe the pattern of arginine and methionine metabolites in chronic and acute inflammation. I see an opportunity to understand better the mechanism of severe vasoplegia after cardiac surgery.