Entera Bio Publishes Key Study Describing its Oral Delivery Technology Platform for Biologic Drugs
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Entera Bio Publishes Key Study Describing its Oral Delivery Technology Platform for Biologic Drugs

‒Study describes a dual mechanism of action approach to oral drug delivery of large molecules, the “Holy Grail” of drug development.

‒Technology is utilized in Entera’s EB613 oral PTH drug for osteoporosis and several other molecules now in development by Entera and in collaboration with pharmaceutical companies.

BOSTON and JERUSALEM, Oct. 28, 2021 (GLOBE NEWSWIRE) -- Entera Bio Ltd. (NASDAQ: ENTX), today announced that researchers at the company and the University of East Anglia in the UK published preclinical in vivo studies which demonstrate the technologies efficiency in the oral delivery of large molecule biologic drugs. The approach described in the research underpins Entera’s lead product, EB613, an oral parathyroid hormone (hPTH) entering Phase 3 clinical development for the treatment of osteoporosis. The pivotal Phase 3 study is planned for 2022.

The studies were published on line in the peer-reviewed International Journal of Pharmaceutics X.

“Entera’s highly innovative technology has the potential to transform the way we treat many diseases,” stated William Fraser, MD, Professor of Medicine at The Norfolk and Norwich University Hospitals and Norwich Medical School at the University of East Anglia. “Not only can replacing injections improve patient compliance and reduce patient discomfort, but the administration of oral PTH in both hypoparathyroidism and osteoporosis will allow for the customized titration of dose so critical to each individual patient. At present, most injections are administered via “pen” injectors, which are frequently not amenable to dose titration.”

“Entera’s innovation is to combine in a single formulation two approaches to enhancing the delivery of large molecule biologics,” said Spiros Jamas, the company’s CEO. “This research supports our strategy to address the two key challenges in delivering hPTH to the bloodstream at appropriate therapeutic levels consistently: protecting proteins from breaking down in the gastrointestinal tract; and 2) improving absorption of proteins through the gastro-intestinal tract.”

“With a burgeoning number of injectable biologics on the market and in development, there is a growing need for effective oral formulations especially in chronic conditions where replacing injections with oral dosage may result in higher patient compliance, adherence, and quality of life,” stated Entera CEO Spiros Jamas. “Beyond the near-term opportunity for our EB613 oral PTH in osteoporosis, Entera’s platform technology has applications in many other indications currently treated through injectables.”