Decoding the roles of non-coding RNAs in shaping nuclear structure and gene expression.
At Guttman Lab, we aim to understand how noncoding RNAs shape dynamic nuclear structure to regulate gene expression. We develop cutting-edge technologies based in biochemistry, cell biology, genomics and computational biology to address these questions.
We seek to understand fundamental principles of biological regulation within the nucleus. Our team of scientists from diverse backgrounds allows us to approach these questions from a holistic perspective with an integrated strategy. We do not make a clear distinction between experimental and computational projects; our projects are goal-centered and use all tools critical for success. When necessary, we develop new tools to answer questions that were previously inaccessible and apply these tools to decipher new paradigms and improve our understanding of essential biological functions.
In The News
Featured this week in Caltech News: Using the latest innovation developed at Guttman Lab, RNA-DNA SPRITE, our team discovered that non-coding RNA create “compartments” within the nucleus and shepherd key molecules to precise regions in the genome. Read this review now at Caltech News
Reserved for graduate students going into their final year of doctoral work, the fellowship was created to recognize and support outstanding scholastic achievement. Read about Prashant’s work and the award at Caltech News
Caltech Professor Discovers Long Intergenic Non-coding RNA to Treat Incurable Neurodevelopmental Disorder
In an in-depth Q&A session, Professor Guttman explains the important connection between long intergenic non-coding RNAs, or lincRNAs, and X chromosome inactivation. Read the full featuered interview at TouchPoints Magazine
New paper now published to Nature Biotechnology: “Single-cell measurement of higher-order 3D genome organization with scSPRITE”. This new application of our SPRITE methods measures multi-way DNA interactions around nuclear bodies, TADs, and P-E in hundreds of mouse embryonic stem cells. Read the Paper here
Guttman lab’s Nature Reviews article discussing the role of nuclear compartmentalization is out now. Titled “Nuclear compartmentalization as a mechanism of quantitative control of gene expression”, read the full text here
Welcome Noah Epstein! Noah joins our lab as a graduate student and is interested in studying nuclear compartmentalization.
Welcome Olivia Ettlin! We’re thrilled to have Olivia join us as Guttman Lab’s newest Technician-Assistant.
Congratulations to our newest graduate Abhik Banerjee! We will miss you and we look forward to seeing what exciting things await you!
Welcome Isabel Goronzy! Isabel has joined Guttman Lab as a MD/PhD graduate student.