Fractyl Health Inc. has expanded an academic-industry scientific partnership focused on advancing research on the role of the gut and pancreas in metabolic disease.
Fractyl Health Inc. reported clinical updates on the Revita real world registry in Germany which has demonstrated clinical remission from type 2 diabetes (T2D) employing a device that resurfaces the duodenal mucosa, the innermost layer of the first portion of the small intestine, and a potential root cause of T2D.
Two companies presented highlights of studies that demonstrated outstanding results for novel devices at last weekend’s American Diabetes Association’s (ADA) 83rd Scientific Sessions, while Embecta Corp. and Senseonics Holdings Inc. provided updates that position them well for long-term performance. Glyconics Ltd. revealed a fingernail scanning device that simplifies screening for diabetes and Fractyl Health Inc. showed that its Revita procedure reduced blood glucose levels and promoted weight loss.
The most ambitious objective of any treatment is to eradicate the disease, acting on its origin to cure it instead of treating its symptoms. This is the purpose of the gene therapy against type 2 diabetes (T2D) and obesity that Fractyl Health Inc. is developing. Scientists from the Lexington, Mass.-based company have designed a strategy based on glucagon-like peptide-1 (GLP-1) to transform pancreatic cells and reverse the disease.
Diabetes care will continue to evolve in 2022. New digital offerings and advanced algorithms, along with new product launches in insulin pumps and continuous glucose monitoring (CGM) will power growth in the future, according to key analysts. While many medical device sectors have suffered during the COVID-19 pandemic, diabetes care has continued to grow.
Fractyl Health Inc. closed $100 million in new financing Wednesday to expand and accelerate clinical development efforts to reduce dependence on insulin among type 2 diabetes patients. The startup, which changed its name from Fractyl Laboratories Inc., will use the financing to support additional late-stage clinical studies for determining the potential of its Revita DMR.
