-
NASA robot mission aiming to rescue space telescope
-
Asian stocks unable to track Wall St higher, yen holds at 40-year low
-
Mouse-that-roared Paraguay savors World Cup win over Germany
-
'We came from nothing': DR Congo dreams of England World Cup upset
-
Taiwan's ageing seaweed harvesters hope younger women wade in
-
Peruvian political heir Fujimori wins presidency
-
Key Venezuela port opens with US aid, as burials begin
-
What to expect as EU small parcel levy kicks in
-
Ambitious Japan search for answers after World Cup exit
-
Nagelsmann says won't 'run away' after Germany World Cup exit
-
How NATO will try to keep Trump happy at Ankara summit
-
Paraguay coach salutes 'extraordinary' World Cup win over Germany
-
Ultra-wealthy Chinese exile in New York sentenced to 30 years for fraud
-
Japan fans stunned as Brazil end their World Cup dream
-
Years on, families bury 68 Indigenous victims of Guatemala civil war
-
'Powerhouse' Haaland leads by example at World Cup: Norway coach Solbakken
-
'Deliberate' Monaco explosion wounds Ukrainian oligarch
-
Sadness and joy as breakaway Catholic group nears schism
-
Paraguay shock Germany, Brazil advance at World Cup
-
Germany dumped out by Paraguay in seismic World Cup shock
-
'I recognized her ring': identifying Venezuela's dead in a makeshift morgue
-
More than 1,000 drones detected since start of World Cup: FBI
-
Tuchel defensive headache as England ready for DR Congo clash
-
Extreme heat warning issued for World Cup host Kansas City
-
US reopens Venezuela port as quake deaths top 1,700
-
Bloodied but unbowed: Sinner, Djokovic survive Wimbledon scares
-
Coach says Japan getting closer to World Cup glory despite defeat
-
Djokovic battles past Wu in 'challenging' Wimbledon first round
-
NBA Grizzlies deal Morant to Portland: report
-
World Bank drops climate finance targets in renewed action plan
-
Sweden ready for 'game of our lives' in France World Cup clash
-
Ancelotti says never doubted 'suffering' Brazil would score
-
MLS Chicago Fire announce signing of Poland's Lewandowski
-
Venezuela's quake-hit La Guaira port 'operational': US military
-
Tech rebound lifts Dow to record, yen hits 40-year low against dollar
-
Martinelli late show as Brazil down Japan to reach World Cup last 16
-
US Supreme Court rules on dragnet searches of cellphone location data
-
Madueke says he can be England's World Cup game-changer
-
South Korea fans target coach Hong with boos as World Cup squad returns
-
Switzerland returns famed Benin Bronzes to Nigeria
-
Vaughan calls for England change after Stokes bows out with defeat
-
Last-gasp Brazil down Japan to reach World Cup 16
-
Europe's deadly heatwave scorches east, Slovakia hits record
-
Spain confident despite World Cup injury setbacks, says Llorente
-
French Open champ Andreeva sails into Wimbledon second round
-
Martinelli scores in 95th minute to send Brazil into World Cup last 16
-
Shooter in custody dispute kills six at German family shelter
-
US races to reopen Venezuela port as quake deaths top 1,700
-
Sinner survives scare and fall to reach Wimbledon second round
-
Latham hails 'old school' New Zealand after downing England
Athos Therapeutics Receives US FDA Authorization to Begin Multi-Center Phase 2 Clinical Trial of ATH-063 in Patients with Ulcerative Colitis
ATH-063 is a novel, oral, first-in-class, small molecule therapeutic targeting both inflammation and direct mucosal healing in patients with ulcerative colitis and Crohn's disease
LOS ANGELES, CA / ACCESS Newswire / January 21, 2026 / Athos Therapeutics, Inc. ("Athos"), an AI software and clinical stage biotechnology company pioneering the development of precision small molecule therapeutics for patients with immune-mediated diseases, announced today that it has been granted US FDA authorization to commence an international Phase 2 clinical trial of ATH-063 in patients with moderately to severely active, biologic-refractory ulcerative colitis.
In addition to the main efficacy and safety assessment goals of the trial, Athos will use their AthosOmics.AI platform to perform multi-omic molecular and genetic analyses to demonstrate additional proof-of-principal of drug activity and mechanism of action, and to guide the design of its future clinical trials.
AthosOmics.AI is a platform that brings multiple no-code, agentic AI software solutions to the growing field of omics analysis. The automated platform can computationally analyze raw, or pre-processed, omics data (genomics, transcriptomics, proteomics, etc) to produce clear, actionable outputs rapidly and at low cost, without the need for bioinformatic, computational or biostatistical expertise.
"We believe that our already completed Phase 1 ATH-063 results represent the first time that an AI drug development platform has been clinically validated. Five years ago, our AthosOmics.AI platform first identified the drug protein target, modelled the 3D protein target and chemical structure of ATH-063, predicted the ATH-063 mechanism of action and, importantly, identified the patient population that has high enrichment for the ATH-063 target, thus helping with the phase 2 clinical trial design," said Dimitrios Iliopoulos, PhD, MBA, President & CEO of Athos.
"Our Phase 2 clinical trial for ATH-063 will build upon these important advances and continue our efforts to provide a paradigm-shifting, precision medicine treatment for people living with therapy refractory Inflammatory Bowel Disease (IBD)," said Allan Pantuck, MD, MS, FACS, Chairman, Founder & CMO. "Patients no longer responding to current approved therapies represent a large patient population, and we are hopeful that ATH-063 can ultimately be FDA-approved to provide a long-overdue solution for the unmet medical needs of so many IBD patients," he added.
About ATH-063
ATH-063 is a first-in-class, oral, small molecule in development for the treatment of Inflammatory Bowel Diseases. The ATH-063 gene target is a central hub on a gene network that was identified by the AthosOmics.AI computational engine through the integration of molecular and clinical data from Athos' large IBD patient biorepository. ATH-063 has a dual mechanism of action and acts both by suppressing pro-inflammatory responses and inducing direct mucosal healing through regulation of tight junction proteins. Blood and tissue-based biomarker signatures are also being developed by Athos to correlate with ATH-063 effectiveness.
About Athos Therapeutics and AthosOmics.AI
Athos Therapeutics is an AI software and clinical stage biotechnology company seeking to develop first-in-class therapeutics that will significantly impact the lives of patients with autoimmune disorders and chronic inflammatory diseases. The Athos drug development platform begins with over 35,000 high-quality patient samples sourced from premier global hospital systems. The company's lead drug compound is ATH-063, a first-in-class oral small molecule for inflammatory bowel disease is now entering a Phase 2 clinical trial. Athos is also developing a pipeline of additional small molecule approaches for various autoimmune diseases.
The AthosOmics.AI platform identifies novel drug/protein targets by integration of multi-omic and longitudinal clinical datasets from patients. The platform takes the 3D structure of the protein target to drive the computational design of small molecules and provides an evaluation of ADME and safety profiles for such compounds. AthosOmics.AI software is therefore a novel one-stop solution, able to go from raw patient data to drug development. The platform includes the Athos data lake, singular well-established omics workflows, and an integrative deep machine learning engine. AthosOmics.AI successfully predicted the mechanisms of action of ATH-063 years before human clinical trials and is driving the drug asset pipeline of Athos. The platform provides no-code solutions for any industry working with omics data including drug discovery and development, agriculture, law enforcement and forensics, food and beverage, and cosmetic development.
Additional information about Athos Therapeutics can be found at https://athostx.com/
Additional information about AthosOmics.AI can be found at:
https://www.athosomics.ai/en/home
Contact:
Athos Therapeutics, Inc.
Keith Hoffman, PhD, Chief Business Officer
[email protected]
SOURCE: Athos Therapeutics
View the original press release on ACCESS Newswire
M.O.Allen--AT