University of Michigan

Todd Lab

How Do Repeat Expansions Cause Human Disease?

Over Half of the Human Genome is made up of repetitive elements. Our lab studies the pathologic mechanisms by which expansions in short tandem repeat elements cause neurologic diseases such as  ALS, Ataxia, Dementia, and Fragile X Associated Disorders.

We do this using flies, rodents, and human patient iPSC and hESC derived neurons coupled with biochemical, bioinformatic and molecular tools to understand mechanisms of pathogenesis and develop novel therapeutic strategies.


Building Pipelines to Effective Therapeutics for Neurological Disorders

Our clinical research aims to develop novel treatments for rare diseases that otherwise have no effective options. We do this through natural history studies and clinical trials in patients with ataxia and related conditions. In addition, as clinical director of the Center for RNA Biomedicine and the Nucleic Acid Therapeutics, Dr. Todd and colleagues have designed a Genomic Therapy Advisory Committee (GTAC) that works in concert with clinicians and scientists to design and implement novel therapies for otherwise devastating and untreatable genetic disorders in real time.

Our Mission

Develop therapeutics for patients with repeat expansion disorders

Define how nucleotide repeats function normally and contribute to human disease

Understand how RNA biology and translational regulation contributes to neuronal plasticity and dysfunction

Support the growth of future scientific leaders while having fun doing cutting-edge research

University Affiliate Programs

Precision Health

https://aidhi.umich.edu/mgi-community

Taubman Institute
Center for RNA Biomedicine

The Todd lab is a very active member of the UM Bioinitiative funded RNA center at Michigan that focuses on the roles or RNA in human disease and as a therapeutic tool.  We regularly interface with other CRB labs and Peter serves on the executive committee.

Fragile X Clinic

https://www.uofmhealth.org/our-care/specialties-services/fragile-x-syndrome-multi-disciplinary-clinic