Rethinking liver therapy discovery and development
Icahn School of Medicine at Mount Sinai
Icahn School of Medicine at Mount Sinai
WHAT
Using human models to generate genomic and phenotypic data at scale, we're developing RNA therapies for the biggest liver health challenges.
WHY
Chronic liver disease is the only top ten global killer on the rise.
"Liver disease is the third leading cause of premature death." UK Health Security Agency, July 2021
Chronic liver disease affects millions of patients worldwide, with the prevalence rising. Despite the recent first approval of a therapy for MASH, a high unmet need remains for patients with late stage disease, where for many patients the only treatment remains a liver transplant.
HOW
Human Discovery
We deep phenotype human liver samples and models at scale to causally map genes to cells to histology and clinical data.
Human Validation
Ochre’s validation platform is among the world’s most advanced in human systems, from human cell co-culture, to diseased liver tissue culture, to the perfusion of whole human livers.
RNA Therapies
Our RNA chemistry platform not only develops therapies with a greater chance of clinical success, it allows Ochre’s scientists to progress a target to a validated lead using human data in weeks, not years.
WHO
Built on decades of leading genomics, ML, drug discovery and development experience, Ochre Bio’s scientific teams are committed to addressing unmet needs for patients with chronic liver disease globally.
Ludo Wesolowski
Ran Li
Raphael Castellan
Anthony Beucher
Ana Cuervo
Ashley Hoffland
Cheng-Yuan Yang
Chi-An Li
Cho-Chin Cheng
Edward O’Neill
Ellen Kuo
Esther Arnaiz Gonzalez
Fabio Sanna
Ines Mateus
Francesca Flintoft-Burt
Jack Castle
Lemy Tsikna
Paul Foster
Sam Peedle
Shaysha Rastogi
Stephanie Barnett-Dean
Alex K. Shalek
Chas Bountra
Chinwe Ukomadu
Eduardo Martins
Eliot Forster
Leanne Hodson
Michael Hodges
Ness Bermingham
Peter Friend
Quin Wills
Scientist II
Scientist
Clinical Research Scientist
Scientist