Research

Pipeline for Usher Syndrome Research (PUSH)

The Pipeline for Usher Syndrome Research (PUSH) at Boston Children’s Hospital will bring together six world-class scientists dedicated to accelerating the development of treatments for Usher Syndrome (USH). PUSH aims to tackle multiple forms of Usher Syndrome in parallel, identifying subtypes and mutations that may be amenable to innovative therapies. By advancing potential therapies over the next three years, PUSH will strive to identify optimized strategies that can move toward clinical trials, ultimately improving treatment options for hearing and vision loss associated with USH.

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OUR WORLD CLASS SCIENTISTS LEADING PUSH RESEARCH

While there are several labs pursuing USH therapies around the world, here we have a unique opportunity because the six investigators are all leaders in their fields, are all located in one academic institution, and they all possess complementary expertise.

Headshot of Jeff Holt. He is standing in a lab, wearing a green button down shirt and glasses

Jeffrey R. Holt, PhD

Chair of the SAB

Headshot of Marly Kenna. She has shoulder length brown hair and wears glasses. She is wearing a white shirt with a blue cardigan and she is smiling.

Marly Kenna, MD, MPH, FACS, FAAP

Close up headshot of Eliot Shearer. He wears a blue collared shirt and dark jacket. He has short brown hair and glasses.

Eliot Shearer, MD, PhD

Headshot of Karl Koehler. He has dark hair. a dark beard, and wears glasses. He has on a blue collared shirt and he is smiling.

Karl Koehler, PhD

Headshot of Gwenaelle Géléoc. She wears a white turtleneck sweater and gold necklace. She has shoulder length blonde hair and is smiling wide.

Gwenaelle Géléoc, PhD

Headshot of Tim Yu. He is wearing a black shirt and jacket and has short black hair. He stands with his arms crossed and has a wide smile.

Timothy Yu, MD, PhD

Why Your Support Matters:

Your donation to the Usher Syndrome Society is crucial to continued support of this groundbreaking project at Boston Children’s Hospital. By supporting the Usher Syndrome Society, you will enable work that:

  • Helps identify treatable forms of USH and advance targeted therapies. 
  • Supports the development of various therapeutic approaches, such as gene replacement, antisense oligonucleotides (ASOs), genome editing, small molecules, and others. 
  • Propels research toward clinical trials that could one day restore hearing and vision for those affected by USH.
A scientist is wearing a lab coat and is working with a test tube in his lab.