Our review of Retinoic acid Signaling and Metabolism in Heart Failure is out in AJP.

Our review of Retinoic acid Signaling and Metabolism in Heart Failure is out in AJP.
This behemoth took a while but was worth it. I (Brian) confess this comprehensive review was motivated by a few years of frustration with grant peer review comments about retinoid biology in of the heart that I’m sure were well-intended but did not align with the state-of-the-field. So, we did a deep dive and did our best to compile original sources going back over 70 years. Special thanks to Lauren and co-authors for their contributions.

The Proteomics of Atrial-Ventricular Septal Defects in Down Syndrome is funded by the Department of Defense

We are thrilled to announce that our collaboration with our colleague, developmental cardiobiologist, Dr. Chulan Kwon, has been selected for funding from the U.S. Department of Defense. The project explores understudied sequelae of Down Syndrome gene dosage leading to septal defects that cannot be inferred from genomic or transcriptomic data alone. We use the tools of proteomics to probe differences in post-translational modification, altered splicing, novel microproteins, and protein interactors of specific ion channels in the dorsal mesenchymal protrusion derived from the second heart field.

We’re Hiring!

See Positions tab

The Role of Retinoid Metabolism in Diastolic Dysfunction and Heart Failure Funded by NIH

With the award of an R01 grant from the National Institutes of Health we are excited to begin a deep dive into understanding precisely how Vitamin A (retinol) is converted to all-trans retinoic acid (ATRA) in the adult mammalian heart and how retinoid metabolism becomes discombobulated in the setting of heart failure (see Research tab). These studies extend our longstanding collaboration with Dr. Maureen Kane (co-PI), of the University of Maryland School of Pharmacy.

Kyriakos’ O-GlcNac Work Published in JBC

Congrats to Kyriakos, whose study on the impact of O-GlcNacylation on the MAP kinases, p38 and Erk1/2 in cardiac myocytes was accepted for publication in the Journal of Biological Chemistry. This work was carried out in collaboration with Dr. Brian O’Rourke (Division of Cardiology) and Dr. Natasha Zachara (Dept of Biological Chemistry). Kyriakos’ studies were aided by our talented undergraduate students Jessica, Cecelia, Amir and Eddie.