Arizona State University researchers are investigating the relationship between hormones and gut bacteria and their impact in menopausal symptoms. Researchers discovered “the microbiome could very well guide how menopause and estrogens impact learning and memory.”
read moreRead highlights from Nazli Dizman, MD and her presentation during the International Kidney Cancer Symposium on the impact of the microbial therapies on response to immunotherapy.
read moreACT is proud to announce that our collaboration with the University of Minnesota Microbiota Therapeutics Program is partnering with OpenBiome to distribute Intestinal Microbiota Therapeutics to patients suffering from recurrent C. difficile infections. To date, we have treated over 1,500 recurrent C. difficile patients. Now, utilizing OpenBiome’s network of clinical providers across the country, we aim to treat thousands more.
read moreResearchers are finding connections between the microbiome and patient susceptibility to Rheumatoid Arthritis, RA treatment responsiveness and the effectiveness of dietary changes to combat inflammation.
read moreNew research indicates a connection between gut bacteria and lupus.
read moreRead the BBC's highlight of ACT Partner Researcher, Amanda Kabage's personal struggle with C. difficile before receiving a microbial transplant and becoming a researcher with the U of M's Microbiota Therapeutics Program that cured her.
read moreConsuming an 85% cocoa dark chocolate significantly altered the diversity of the gut microbiome and improved mood in a randomized controlled trial with healthy young adults.
read moreResearch from the Cedars-Sinai Cancer Center found that the balance between intestinal bacteria and fungi can impact the anti-tumor immune response.
read moreResearchers at University College Cork found Intestinal Microbiota Transplants from younger to older mice may reverse aging in the brains of older mice. This has implications for potentially unlocking the key to aging in humans.
read moreResearch has found that the gut microbiota can predict the onset of Celiac disease in infants. Being able to identify warning signs of Celiac disease can be used in prevention and intervention efforts.
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