The overarching goal of my lab is to develop novel statistical methods that combine theory and computation to extract useful information from biological information and provide tools for the whole research community.
One million human genomes, will it...
My research areas are theoretical neuroscience and theory of neural computation in natural and artificial systems. We pursue various research directions in theoretical neuroscience and neuroscience-guided machine learning, including theories of population...
My lab works at the intersection of neurobiology, physics, and engineering. We combine functional and structural mapping of...
In my lab, we apply mass-spectrometry to address biological questions in cancer metabolism, and a major part of our work focuses on technology and method development. Cancer metabolism is a rapidly growing field within the cancer biology scientific...
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...
We pose this question for species that occupy distinct ecological niches to learn how...
The Adelman lab studies the changes in gene regulation and epigenetics that drive development and stress-responses.
Cell-type and condition-specific patterns of gene expression are established through a sophisticated network of interactions between...
The Buratowski Lab studies eukaryotic gene transcription, chromatin regulation, and RNA processing using a wide range of biochemical, molecular, and genetic techniques.
The Buratowski lab studies eukaryotic gene expression, focusing on mRNA transcription...