Ping He

Ping He, MD, PhD is a Professor in the Department of Cell and Biological Systems with an extensive research career spanning from 1986 to the present. With an h-index of 29 and 2038 citations, Dr. He has established themselves as a significant contributor to vascular biology research. Their work is supported by multiple NIH grants spanning several decades, demonstrating sustained research excellence and impact in the field.

Dr. He's research focuses primarily on microvessel permeability, endothelial cell function, and the role of red blood cells in vascular diseases. Their fingerprint reveals expertise in Microvessel Neuroscience (100%), Microvessels (87%), Microvessel Permeability (78%), Ca2+ signaling (70%), Endothelial Cells (50%), Venules (34%), and Platelet-activating Factor (28%). This research portfolio demonstrates a cohesive focus on understanding the fundamental mechanisms of vascular function and dysfunction, with implications for atherosclerosis, stroke, and other vascular-related conditions.

Analysis of Dr. He's publication trends shows consistent research productivity with 53 total research outputs. Recent work has expanded into understanding the role of red blood cell-released ATP in atherosclerosis, microvessel permeability mechanisms, and the connection between vascular biology and neurological outcomes. The research demonstrates strong translational potential, particularly in understanding cognitive impairment related to vascular disease and developing interventions for conditions like stroke and cancer metastasis.

Dr. He has secured nine significant research grants, including current funding from the National Institute of Neurological Disorders and Stroke (2024-2026) for investigating cognitive impairment mechanisms related to atherosclerosis and red blood cell ATP release. Previous grants include work funded by the National Institute of Diabetes and Digestive and Kidney Diseases (2022-2023) on circulating microparticles in COVID-19 patients with diabetes, and multiple projects funded by the National Heart, Lung, and Blood Institute focused on nitric oxide and microvessel permeability.

Collaboration appears to be a key component of Dr. He's research approach, with numerous co-authors on recent publications including Sun, Du, Bagchi, and others. The research has garnered attention across multiple platforms, with mentions on X (Twitter), Facebook, and academic platforms like Mendeley, indicating broad scientific impact beyond traditional citation metrics.