Publications by authors named "Mark Bodmer"

Background: Psoriasis is a chronic inflammatory skin disease. EDP1815 is an oral, gut-restricted preparation of non-live , the first of a new immunomodulatory therapeutic class targeting the small intestine to generate systemic anti-inflammatory responses.

Objective: To evaluate safety and efficacy of EDP1815 in mild-to-moderate psoriasis in a proof-of-concept study.

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Article Synopsis
  • EDP1815 is a pharmaceutical preparation derived from a single strain of bacteria isolated from a human donor's duodenum, shown to regulate inflammatory responses throughout the body in both preclinical and clinical studies.
  • Preclinical tests demonstrated that EDP1815 effectively reduced inflammation in mouse models, while clinical Phase 1b studies indicated it was well tolerated with minimal side effects in patients with psoriasis and atopic dermatitis, showing improvements after treatment.
  • The findings suggest that EDP1815 can act as a new type of medicine targeting peripheral inflammation without affecting the overall gut microbiota or causing systemic exposure, providing a promising proof of concept for future therapies.
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This Perspective presents the potential of the Small Intestinal Axis, a sub-division of the Gut-immune Axis, to modulate systemic inflammation based on sensing contents of the gut lumen. Gut mucosal immunity regulates tolerance to food and gut contents and is a significant factor in maintaining systemic homeostasis without compromising immunity to pathogens. This is achieved through anatomical structures and signaling pathways that link the tolerogenic potential of the proximal small intestine to systemic immunity.

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The gastrointestinal tract represents one of the largest body surfaces that is exposed to the outside world. It is the only mucosal surface that is required to simultaneously recognize and defend against pathogens, while allowing nutrients containing foreign antigens to be tolerated and absorbed. It differentiates between these foreign substances through a complex system of pattern recognition receptors expressed on the surface of the intestinal epithelial cells as well as the underlying immune cells.

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