Keio University

Press Releases & Media

71-80 items (total 82)
Published At June 18, 2021

Discovery that Gut Bacteria Prevent Diarrhea Caused by Excessive Consumption of Artificial Sweeteners—Raising Expectations for Probiotic Applications of "Artificial Sweetener-Consuming Bacteria"

Public Relations Office

Published At June 09, 2021

Amino Acid Intake Found to Prevent Dehydration Associated with Infectious Diarrhea—Also Expected to Prevent "Hidden Dehydration" in the Elderly and Infants at High Risk of Dehydration

Public Relations Office

Published At April 09, 2021

Discovery that Polyamines from Gut Bacteria Keep the Colonic Mucosa Healthy—Acting on Intestinal Epithelial Cells and Macrophages to Prevent Colitis

Public Relations Office

Published At July 30, 2020

Discovery of a New Function of a Snake Venom-Like Protein Produced in the Brain

Public Relations Office

Published At June 16, 2020

Elucidating Lipid Diversity in Life—Contributing to the Understanding of Complex Life Phenomena with Mass Spectrometry Informatics

Public Relations Office

Published At February 28, 2020

Dietary fiber intake during pregnancy promotes the development of fetal metabolic function, creating an obesity-resistant constitution in the child after birth

Public Relations Office

Published At January 14, 2020

Discovery of a Mechanism that Controls the Balance Between Intestinal Immune Activation and Infection: A Key to Suppressing Infectious and Inflammatory Bowel Diseases

Public Relations Office

Published At October 25, 2019

Successful Generation of Human Hepatic Progenitor Cells: A Team from Tokyo Medical University and Keio University Establishes a Key Technology for New Treatment Strategies for Liver Disease

Public Relations Office

Published At August 23, 2019

Discovery of the Mechanism by Which Fasting Eliminates the Efficacy of Oral Vaccines - Diet is Essential for Maintaining Gut Immune Function

Public Relations Office

Published At June 13, 2019

Discovery of Cells That Take in Airborne Foreign Substances: A Key to Elucidating the Pathogenesis of Hay Fever and Allergies

Public Relations Office