Imaging

My research centers on the development and application of novel medical imaging techniques (mainly MRI) for the clinical and scientific investigation of the brain diseases and function.The goal is often to increase the sensitivity, scope and utility of...

The development and utilization of physiological and functional NMR techniques. Our work is centered at the interface between technology development and biological/clinical applications. Current research in NMR technique development includes measurement...

The mission of my lab is to understand the organizational principles that underlie information processing in neuronal circuits.

My lab works at the intersection of neurobiology, physics, and engineering. We combine functional and structural mapping of...

The focus of my career has been on advancing simultaneous positron emission tomography and magnetic resonance imaging (PET/MRI) toward meaningful clinical human use. Specifically, my efforts have concentrated on developing and validating this novel...

The Prigozhin lab is involved in collaborative and interdisciplinary work in the area of single-cell and single-molecule biophysics of transmembrane signaling. We are particularly interested in cryo-vitrification, all kinds of electron and optical...

Our lab asks how light drives functions that are as diverse as visual perception, sleep regulation, hormonal control, and setting of the internal body clock.

We pose this question for species that occupy distinct ecological niches to learn how...

Our lab studies microbial evolution, primarily of antibiotic resistance, with a goal of developing practical interventions to reduce or reverse resistance.

This will require advances both in technology and in the basic science of resistance evolution...

Foundation of Information Directed Molecular Technology: Programming Nucleic Acid Self-Assembly.  

My research interests lie at the interface of information science, molecular engineering, and biology.  We are interested in engineering digitally...

We develop fluorescent biosensors for metabolism, and use quantitative two-photon imaging to learn about the regulation and dynamics of cellular metabolism in brain.

Metabolic pathways provide essential energy and building blocks for the function of all...

We investigate how force regulates the structure and dynamics of interactions between and within single-molecules, and how this in turn can affect the functioning and malfunctioning of biological systems.  Our group is interested in understanding the...