CD163+ Macrophages restrain Vascular Calcification Research Published
March 9th, 2023A CVPath study was recently published in the JCI Insight online magazine. This research spanned several years with post-doc fellows…
Read more2022 Year in Review
January 10th, 2023Dear CVPath Friends and Colleagues, On behalf of everyone here at the CVPath Institute, it is my pleasure to wish…
Read moreBest Female Scientists in the World 2022 Ranking
October 25th, 2022CVPath would like to extend its congratulations to Dr. Virmani, who is listed as one of the best female scientists…
Read moreCVPath Pathology Study Presented at TCT
September 27th, 2022At the recent TCT 2022 conference held in Boston, MA, Dr. Aloke Finn, Primary Investigator and Dr. Yu Sato, lead…
Read moreYu Sato Recipient of Inaugural Renu Virmani Research Scholar Award
July 13th, 2022Congratulations to Dr. Yu Sato who was presented the first Renu Virmani Research Scholar Award on Friday, July 8 in…
Read moreClinical Spectrum of PASC: Focus on Cardio-pulmonary Function
July 13th, 2022Dr. Aloke Finn was a panelist on June 28 for a seminar in the R3 series titled, “Clinical Spectrum of…
Read moreRenu Virmani Receives ESC Gold Medal Award
July 12th, 2022Dr. Renu Virmani, a world-renowned cardiovascular pathologist, was the recipient of one of the Gold Medal Awards presented at this…
Read moreCVPath participating at CRT event in Washington, DC
February 28th, 2022Cardiovascular Research Technologies (CRT) is a leading educational forum on new cardiovascular technology and procedures for physicians and health-care professionals.…
Read moreCOBRA PzF™ nanocoated coronary stents study
September 21st, 2021There have been significant advancements in the development of stents that have prevented stenosis in coronary arteries. Drug-eluting stents reduced…
Read moreCVPath Research Team Publishes Three Recent Studies in Scientific Journals
July 29th, 2021APOL1 Genetic Variants Are Associated With Increased Risk of Coronary Atherosclerotic Plaque Rupture in the Black Population The APOL1 gene…
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