Her research interests include various aspects of NDE, such as development of computational models for the forward problem in NDE, signal and image processing, pattern recognition and neural networks, and development of solution techniques for inverse problems. Her current projects include finite-element modeling of electromagnetic NDE methods applied to aircraft geometries, application of neural network
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My research interests include applications of Computer Vision to Robotics, specifically in the field of interventional medicine and surgical technology. I am also generally interested in solving machine vision problems involving tracking, 3D reconstruction, image registration, and visual recognition.
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Our laboratory is interested in understanding how specific anatomical sites can be inherently chemoprotective, without presenting a physical barrier to drug delivery. Our recent work has identified mechanisms by which front-line anti-cancer regimens can target most cancer cells yet, paradoxically, promote the survival of a residual tumor burden in specific microenvironments. This process involves the induction of
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In collaboration with Dr. Sheba MohanKumar, our laboratory (Neuroendocrine Research Laboratory) uses an integrative approach to investigate the neuroendocrine consequences of prenatal programming from birth to aging related to regulation of the hypothalamo-pituitary-adrenal (HPA) and the hypothalamo-pituitary-gonadal (HPG) axis, metabolic function and cardiovascular function and behavior. Our laboratory uses both whole animal as well as
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The laboratory focuses on cardiac and pulmonary physiology, pulmonary pathophysiology, and bioengineering specific to extracorporeal circulation and related devices. Facilities are available for small and large animal physiology studies including acute and sterile operating rooms along with support for a variety of whole animal and biomedical engineering studies. The laboratory serves as the primary research
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Interests include: Translational medicine; Longitudinal clinical research; Bridging basic and clinical aspects of the behavior and treatment of Breast cancer; Characterization of the diversity of Breast cancer; Development of affordable and easy to adopt diagnostic, prognostic, and predictive gene signatures which will help in clinical decision making.
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My research lab focuses on the the field of magnetic resonance imaging (MRI) of the human brain. Our goal is the development and application of new MR methods to visualize the structure and function of the brain and to translate these methods to the hospital for clinical diagnosis. One of the areas upon which we
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The focus of Dr. Michael Gould’s laboratory is in breast cancer research, including both basic and translational projects. Their major project is in breast cancer genetics. Initially, animal models are being used to look for genetic elements that prevent breast cancer. The human homologs of these elements are then tested as genetic candidates in large breast
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Vincent Cryns, M.D. is Professor of Medicine, Marian A. and Rodney P. Burgenske Chair in Diabetes Research, and Chief, Division of Endocrinology, Diabetes & Metabolism at the University of Wisconsin-Madison School of Medicine and Public Health. He received his bachelor’s and medical degrees from Harvard and did subspecialty training in endocrinology at Massachusetts General Hospital.
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The research in Dr. Avadhani’s laboratory is focused on the following aspects of mitochondrial genetics and regulation of mitochondrial membrane biogenesis in mammalian cells: 1. Mechanisms of dual targeting of cytochrome P450 and related proteins to ER and mitochondria and mechanisms of activation of the chimeric N-terminal signal by cAMP and other physiological factors. 2.
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