- 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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Marcelo Bonini, PhD |
Assistant Professor of Medicine
Section of Cardiology, and Pharmacology |
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My research interests focus on the mechanisms and consequences of nitric oxide synthase (NOS) physiological and prolonged activation in health and disease. It is our currently working hypothesis that nitric oxide synthases are vulnerable checkpoints mediating physiological signaling through the controlled production of nitric oxide or oxidative stress depending on multiple factors which include substrate and cofactor availabilities and upstream kinase/phosphatase activity balance. Our current model is based on the investigation of the mechanisms through which nitroglycerin, a commonly used vasodilator, elicits vasodilation immediately after administration while inducing endothelial dysfunction upon continued use. Our results have demonstrated that nitric oxide synthase activation leads to the therapeutic effects observed in the clinic and indicated that failure in deactivating NOS may contribute to dysfunction. Our laboratory is prepared to support research involving an array of biochemical and biophysical techniques which include HPLC, Western Blots, ELISA, electron paramagnetic resonance (EPR), cell cultures and animal models as well as chemiluminescent detection of nitric oxide and immuno-spin trapping. |
1131 COMRB
909 S. Wolcott Ave.
(312) 355-5948
mbonini@uic.edu
Lab home page
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