We aim to understand the impacts and molecular mechanisms by which changes in arterial stiffness influence the biology and mechanics of smooth muscle cells.
I am delighted to share our new publication in Cytoskeleton, led by Bat-Ider Tumenbayar and Khanh Pham, featuring our RNAseq data that uncovers the mechanobiological roles of FAK and p130Cas in early transcriptional regulation and biological processes. https://t.co/ZJ7uUZB85Q
I am pleased to share our latest study on cell motility, led by Thomas Mousso and Kalina Rice, titled "Survivin modulates stiffness-induced vascular smooth muscle cell motility."
https://t.co/bbE6s5lfD3
Delighted to share our new study in Cytoskeleton, led by Bat-Ider Tumenbayar & Khanh Pham, featuring our RNAseq data that uncovers the mechanobiological roles of FAK & p130Cas in early transcriptional regulation and biological processes. https://t.co/ZJ7uUZAAgi
Two PhD students, Rhonda Drewes and Thomas Mousso, from the Bae Lab will be giving podium presentations at the Biomedical Engineering Society (@BMESociety) meeting in Baltimore. Please stop by and check out our latest studies!
I am excited to share our latest genomics study, titled "Transcriptomic and multi-scale network analyses reveal key drivers of cardiovascular disease" https://t.co/eRU7O8EEn6
I'm a Survinin! New @APLBioeng paper from @YonghoBae2 and @UB_BME reveals survivin's impact on the modulation of cell phenotype & proliferation. #mechanobiology https://t.co/FI0KUkHjI6
Today, I've been promoted to a tenured Associate Professor. I deeply appreciate my students, collaborators, mentors, family, and friends for their support.
Excited to share that my tenure dossier got approved by the University at Buffalo (UB) President, making me a tenured Associate Professor at UB. Grateful to my past and present students, collaborators, and friends for their support.