- Marcelo Bonini, PhD
Assistant Professor
- Graeme K. Carnegie, PhD
Assistant Professor
- Jaehyung 'Gus' Cho, PhD
Assistant Professor
- Oscar Colamonici, MD
Associate Professor
- Xiaoping Du, MD, PhD
Professor
- Tohru Fukai, MD, PhD
Associate Professor
- Thomas M. Guenthner, PhD
Professor
- Guochang Hu, MD, PhD
Assistant Professor
- Andrei Karginov, PhD
Assistant Professor
- Yulia Komarova, PhD
Assistant Professor
- Tohru Kozasa, MD, PhD
Associate Professor
- Guy C. Le Breton, PhD
Professor
- Yuru Liu, PhD
Assistant Professor
- Asrar B. Malik, PhD
Distinguished Professor and Department Head
- Dolly Mehta, PhD
Associate Professor
- Richard D. Minshall, PhD
Associate Professor
- Viswanathan Natarajan, PhD
Professor
- John P. O'Bryan, PhD
Associate Professor
- Changwon Park, PhD
Assistant Professor
- Miodrag Radulovacki, MD, PhD
Professor
- Jalees Rehman, MD
Associate Professor
- Randal A. Skidgel, PhD
Professor
- Chinnaswamy Tiruppathi, PhD
Associate Professor
- Masuko Ushio-Fukai, PhD
Associate Professor
- Kishore K. Wary, PhD
Assistant Professor
- Jingsong Xu, PhD
Assistant Professor
- Richard D. Ye, MD, PhD
Professor
- Jason X.-J.Yuan, PhD
Professor
- You-Yang Zhao, PhD
Assistant Professor
Research Faculty
- Kurt Bachmaier, PhD
- Viktor Brovkovych, PhD
- Bhushan Desai, PhD
- Anke Di, MD, PhD
- Laila Elsherif, PhD
- Panfeng Fu, PhD
- Xiaopei Gao, MD
- Claudie Hecquet, PhD
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- Kasim Kabirov, PhD
- Fei Li, PhD
- Xuerong Li, PhD
- Guoquan Liu, PhD
- Zahra Mamdouh, PhD
- Raudel Sandoval, PhD
- Peter Usatyuk, PhD
- Stephen M. Vogel, PhD
- Zhenjia Wang, PhD
- Kaori Yamada, PhD
- Lili Yue, PhD
- Alexander Zakharov, PhD
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Richard D. Minshall, PhD |
Associate Professor of Anesthesiology and Pharmacology
Center for Lung and Vascular Biology |
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The focus of our research is to understand the cellular signaling mechanisms that regulate vascular permeability under normal physiological
conditions and during inflammation. We study the two pathways that contribute to the regulation of the vascular barrier: 1) the transcellular or vesicular transport
pathway in which caveolae mediate macromolecule transcytosis from the circulation to the interstitium, and 2) the paracellular or junctional pathway which is regulated
by the disruption and recovery of interendothelial junctions. We are currently investigating the role of the caveolae-associated protein, caveolin-1 as the primary
regulator of eNOS, Src kinase, G-proteins, and NADPH oxidase in endothelial cells, which we hypothesize are important regulators of endothelial barrier function and
inflammation-induced lung edema formation. Thus, our goal is to develop treatment strategies for acute lung injury that are based on caveolin-1 regulation of endothelial
barrier integrity. |
E417 MSB
835 S. Wolcott Ave.
(312) 996-1655
rminsh@uic.edu
Lab home page
Publications |
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