IL-27 Reduces Fat Accumulation in a High-Fat Diet Mouse Model
IL-27 Attenuates Fat Accumulation in a High-Fat Diet Mouse Model Leveraging NMR technology
The annual BCVS Scientific Sessions is one of largest meetings in the world dedicated to fundamental and translation research to improve heart health, a goal that the pandemic has only made more critical. Sponsored by the American Heart Association’s Basic Cardiovascular Sciences Council, the upcoming 2023 in-person conference in Boston, Massachusetts, promises to be the best can’t-miss event for basic cardiovascular scientists this year, attracting leading researchers in fields such as microRNAs, cardiac gene and cell therapy, cardiac development and most recently tissue engineering and iPS cells.
This makes BCVS the “go to” conference for intra- and interdisciplinary cross-fertilization of ideas and incorporation of new approaches within the cardiovascular scientific community while also playing a pivotal role in training young researchers, women and Underrepresented Racial and Ethnic Groups faculty, and cardiovascular fellows.
Scintica will be exhibiting at Booth #TT12!
Who’s Attending?
The conference attracts basic cardiovascular scientists and leaders in the cardiovascular sciences. The conference also plays a pivotal role in training and providing opportunities for young researchers in the cardiovascular scientific community by aiming to foster the development of early-career scientists in this field!
When does the Meeting Take Place?
Monday, July 31 – Thursday, August 3
Where is this year’s SNMMI Annual Meeting?
Westin Boston Seaport District, Boston, MA
IL-27 Attenuates Fat Accumulation in a High-Fat Diet Mouse Model Leveraging NMR technology
Research Beyond the PIXImus: Considerations for Replacing a Legacy Small Animal DXA System
View Paper Here Degenerative mitral valve regurgitation is a progressive disease involving the
This study uses longitudinal intravital confocal microscopy in a live PDAC mouse model
This study investigates how intermittent hypoxia drives lung fibrosis using precise oxygen cycling
Publication Highlight: The Synergistic Power of Intermittent Fasting and Threonic Acid in DIO
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