What we do

 

Through the computational analysis of genome-wide data, we try to understand gene expression mechanisms, their interplay with genetic and epigenetic factors, and how they cause disease.

 

Our main focus is on cancer and brain development, two areas where deregulation of gene expression plays a major role.

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Cancer and brain development at single-cell resolution

Defining the origins of pediatric brain tumors by single-cell genomics

Childhood brain tumors have suspected prenatal origins. We investigate the processes at the root of malignant transformation by integrating high resolution data from patients, experimental models and single-cell atlases of the normal developing brain.

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Integrative genomics

Using data science to interpret large multidimensional datasets

We use bulk and single-cell technologies to profile the transcriptome and epigenome of clinical samples, patient derived cell lines, patient derived xenografts and other preclinical models.
We spend quite some time devising analytical strategies to integrate all this information and ensure robust results that do not depend on a particular technique or a specific model.

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Learn more about the lab

Our research

A deeper dive into our projects

Publications

Some of our latest work

The team

Meet the people making it all happen

Open positions

Join our team!

Lab news

This is what has been happening lately

Resources

Datasets and tools from the lab

Kleinman Lab 

Computational functional genomics

3999 Côte Ste-Catherine Road
Montreal, QC, Canada H3T 1E2
Tel: +1-514-340-8222 ext 26129