Millions of reasons to get it right

Targeting inflammatory bowel disease one patient at a time

About Ensho Therapeutics

Ensho means inflammation, flame, or glow in Japanese and expresses our deep desire to deliver breakthrough oral therapies to patients with inflammatory diseases. We believe our pipeline of oral, small molecule inhibitors of the integrin α4β7 could be transformational for patients suffering from inflammatory bowel disease (IBD). 

In the first half of 2025, we plan to initiate a Phase 2 clinical program for our lead drug candidate, NSHO-101 (also known as EA1080). We believe we can provide an oral therapeutic solution for α4β7 inhibition, a mechanism that has already been shown to be safe and effective by a commercially available antibody, but where no oral options currently exist. For the millions of patients who suffer from IBD, we hope to extinguish their inflammation and provide relief from this difficult-to-treat disease.

Quiet the Fire Within

Millions of people in the Unites States are living with IBD, and while there are a number of approved medications to address the symptoms of IBD, it remains a difficult-to-treat disease with high relapse rates.

The chronic inflammation that is a hallmark of IBD ultimately damages the gastrointestinal tract. We believe that an oral agent that works selectively in the gut could inhibit damage, providing a safe and effective therapeutic option to the many patients who are not adequately treated today.

Our Pipeline

Our pipeline of oral, selective, small molecule inhibitors of the integrin α4β7 provides multiple opportunities to address a number of gastrointestinal diseases, including ulcerative colitis (UC) and Crohn’s disease.

Our drug development candidates are oral agents designed to inhibit α4β7 activity and quell inflammation

α4β7 is a cell surface receptor that helps regulate the migration of immune cells to the intestine and plays a key role in controlling inflammatory responses. It binds to mucosal addressin cell adhesion molecule-1 (MAdCAM-1), which is expressed on intestinal venules and is upregulated in response to inflammation. This interaction facilitates the transport of leukocytes and recruitment of effector lymphocytes to the gut mucosa in IBD. Because α4β7 is found primarily in the gut, this localized action provides immune cell inhibition where it is most relevant, potentially minimizing side effects and preserving overall immune cell function. 

Decades of research validate α4β7 inhibition as an anti-inflammatiory mechanism in IBD, which has been further substantiated by the approval of a commercially available antibody, vedolizumab. Yet, there are no approved orally administered α4β7 inhibitors. That’s where our pipeline of oral, selective, small molecule inhibitors of α4β7 can play a role. 

Our lead drug candidate

NSHO-101 is a novel, oral, selective α4β7 integrin inhibitor designed for the potential treatment of patients with IBD. The Phase 1 clinical program for NSHO-101 evaluated 184 healthy subjects to assess safety, tolerability, food effects, pharmacokinetics (PK) and pharmacodynamics (PD) of single and multiple ascending doses. NSHO-101 demonstrated target engagement in this Phase 1 program. There were no appreciable increases in peripheral lymphocytes, suggesting its activity is gut-restricted. NSHO-101 was generally safe and well tolerated.

We plan to initiate Phase 2 clinical development of NSHO-101 as a potential treatment for ulcerative colitis (UC) in the first half of 2025.

Leadership

Our leadership team will include a seasoned team of executives with decades of experience in the discovery, development, and management of biotechnology companies in the inflammatory disease and IBD space.

Neena Bitritto-Garg, CFA
Founder, President & Chief Executive Officer, and Executive Chair

Matthew McKevitt, Ph.D.
Chief Development Officer

Andy Whitney, PhD
Chief Scientific Officer

Bittoo Kanwar, MD
Chief Medical Officer

Emily Weng, Sc.D.
Chief Data Science Officer

Chrissa Ann Rizk
Senior Vice President, Head of Clinical Operations