Innovative Approach

The Problem

Huge increase in the incidence of autoimmune diseases worldwide.

Factors that contributed to this increase include stress, high fat diet, sedentary life style, environmental pollution and genetics.

Autoimmune Disorders

Need to develop more effective and less toxic therapies for patients with autoimmune diseases

Current therapeutics are primarily injectables, having major toxicities and side effects for patients, such as the development of infections and even cancer.

Our Solution: Artificial Intelligence Drug Target Discovery Platform

Our approach: Patients with chronic inflammatory diseases, including ulcerative colitis & Crohn’s Disease are treated with anti-inflammatory agents that temporarily control the symptoms of the disease but also have major toxicities, including increased risk of infections and cancers. Athos has developed an innovative computational approach based on machine learning algorithms that identifies novel and safe drug/gene targets for individual patients.

Individual IBD

Individual Patient Omic Data

Autoimmune Disease Drug Development Platform

small compounds targeting immune cells – epithelial integrity – microbiome interactome

Immune Cells

T-regulatory cells (Tregs) represent a small subpopulation of immune cells that have the ability to activate anti-inflammatory molecules, while simultaneously blocking pro-inflammatory genes. Athos’ chemistry platform has been developed and optimized to identify novel compounds that have the ability to activate Tregs. There is extensive scientific rationale supporting the therapeutic potential of Treg cell population in different inflammatory diseases, including Inflammatory Bowel Diseases and Lupus.

Intestinal Function

Autoimmune and inflammatory diseases such as Ulcerative Colitis and Crohn’s Disease have a defect in the intestinal epithelial barrier, leading to the development of a “leaky gut”. Leaky gut allows bacteria and other microbes to enter the mucosa and activated inflammatory cells. Thus, the pharmacological restoration of the normal intestinal barrier and repair of the abnormal leaky gut can contribute to a reduction in inflammation and induce mucosal healing.