Nicholas Ingolia

Nicholas Ingolia

Title
Assistant Professor
Department
Dept of Molecular & Cell Biology
Research Expertise and Interest
Ribosome Profiling, translation, genomics
Research Description

We study the translational control of gene expression in order to learn how cells change the translation of specific genes and better understand the role of this regulation in the cell. Our research makes extensive use of genome-scale approaches and deep sequencing.

The translation of mRNA into protein is a central step in gene expression. Recent studies suggest that translation affects protein levels as much as transcription. Translational control acts in diverse processes from cellular stress responses to synaptic plasticity. However, there are many gaps in our knowledge of translational regulation. We cannot predict the expression level of an mRNA from its sequence and we do not have a general framework for understanding how RNA-binding proteins affect translation.

In the News

December 10, 2020

Using CRISPR, new technique makes it easy to map genetic networks

CRISPR-Cas9 makes it easy to knock out or tweak a single gene to determine its effect on an organism or cell, or even another gene. But what if you could perform several thousand experiments at once, using CRISPR to tweak every gene in the genome individually and quickly see the impact of each?

In the News

December 10, 2020

Using CRISPR, new technique makes it easy to map genetic networks

CRISPR-Cas9 makes it easy to knock out or tweak a single gene to determine its effect on an organism or cell, or even another gene. But what if you could perform several thousand experiments at once, using CRISPR to tweak every gene in the genome individually and quickly see the impact of each?
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