Elevated Oncostatin M Predicts Non-response to Anti-TNF Therapy
Oncostatin M biomarkers are associated with non-response to Infliximab therapy
Technology Overview
Therapeutic options for moderate-to-severe Crohn Disease (CD) include monoclonal antibodies (mAb) that antagonize circulating or tissue-bound inflammatory cytokines and leukocyte recruitment pathways. MAb's targeting tumor necrosis factor-alpha (anti-TNF) have become and remain the most commonly used first-line biologic agents for children with moderate-to-severe CD. Despite high rates of clinical response to anti-TNF (75%-88.4%), many children and adults continue to experience symptom flares and serious disease complications as rates of mucosal healing range between 36% and 46% with only 19%-36% achieving deep remission (both clinical remission and mucosal healing). Although rates of deep remission are likely to improve with increased utilization of anti-TNF dosing a sizable percentage of children will continue to fail anti-TNF. Despite the heterogeneity of CD phenotypes treatment selection is currently based on clinical factors that poorly define CD subtype. Thus, there is a need in the art for improved methods for the selection of treatment of individuals having CD, including methods that help to identify and stratify patients that may respond to certain therapeutics.
Applications
- Monitor or select CD patients to use anti-TNF therapy
- Identify patients with lower probability achieving remission using Infliximab
Advantages
Identify patients sooner that may not respond to Infliximab and convert to other treatments sooner
Market Overview
- CD may affect 565K and as many as 780K in the US.
- Prevalence of CD in children was measured at 58/100K and in adults approximately 241/100K.
Investigator Overview
Philip Minar, MD, Division of Gastroenterology, Hepatology & Nutrition
Technology ID
2019-0801
Complementary Technology
2021-0602
Business Opportunity
Exclusive License or Sponsored Research
Technology Type
Diagnostic
Stage of Development
Pre-Clinical - Human
Patent Information
US Non-Provisional Filing