The long-term goal of our research is to advance experimental paradigms for understanding organogenesis and disease pathogenesis. Our approach integrates imaging with computational, biomechanical, and biochemical methodologies, with a special interest in cardiac development and remodeling. Recent efforts focus on developing high spatiotemporal resolution optical imaging methods and AI-based computational platforms. We strive to advance holistic strategies in assessing aberrant cardiac structures and contractile dysfunctions and expect to incubate new engineering methods in characterizing the contribution of specific lineages to cardiac development and regeneration.
Recent News:
Congratulations to Dr.Ding!
Congratulation to Dr. Ding to be a member of the Early Career Editorial Board for ATVB 2024-2026!
Congratulations to Milad!
Congratulations to to publish his protocol in JoVE journal. “Customized Light-Sheet Imaging for Investigating Myocardial Structures in Rodent Hearts“
SPIE Photonic West oral presentation!
Congratulations our Ph.D. student Milad Almasian presented his recent research in SPIE conference. “3D isotropic resolution light sheet imaging to reveal the structure of neonatal mouse hearts”
