College of Osteopathic Medicine
The Results Are In: Big Give 2024
The New York Tech community celebrated in a big way, bringing in $405,322 to help support the student experiences across the university’s campuses.
Preventing Blood Clots in Gamers
A new study from the Center for Esports Medicine analyzes whether compression sleeves worn below the knee or short walking breaks can enhance blood flow and reduce blood clot risk in gamers.
Brian Harper Celebrated as Black Trailblazer
Brian Harper, M.D., M.P.H., vice president for equity and inclusion and chief medical officer, was one of three Black trailblazers celebrated on FOX 5 programming for Black History Month.
Student Profile: Charles Siguenza
Charles Siguenza first came to New York Tech as an employee at the Adele Smithers Parkinson’s Disease Treatment Center. Now working toward his physical therapy degree, he hopes to honor his late father and help change patients’ lives through his work.
Ehlers-Danlos Syndrome Explained
Bernadette Riley, D.O., director of the Ehlers-Danlos Syndrome/Hypermobility Treatment Center, explains actress Selma Blair’s diagnosis.
February is American Heart Month
In recognition of American Heart Month, New York Tech News looks back at recent highlights of NYITCOM’s esteemed cardiovascular research and awards.
Student’s Rural Medicine Experience Inspires Gift
NYITCOM-Arkansas student Jared Burns-Martin donated $26,951 to the Delta Population Health Institute.
A Novel Takes to the Skies
In her debut fiction novel, NYITCOM-Arkansas’ Mitzi Scotten, M.D., tells a powerful story of mythic Hawaiian creatures and one boy’s journey to find his true purpose.
Research: OMT May Help Treat Migraines
A National Institutes of Health-funded study by NYITCOM-Arkansas’ Jennifer Xie, Ph.D., suggests osteopathic physicians are uniquely positioned to assist migraine patients.
Faculty Secures AHA Grant
Vishwa Rajagopalan, Ph.D., associate professor at NYITCOM-Arkansas, secured a two-year grant from the American Heart Association (AHA) to study cardiovascular dysfunction.