Keio University

Press Release

411-420 items (total 448)
Published At January 16, 2018

Paving the Way for New Pancreatic Cancer Treatments—Elucidating the Mechanism of Stepwise Malignant Progression in Pancreatic Cancer

Published At January 09, 2018

New Mechanism for the Onset of Acute Kidney Injury Caused by Rhabdomyolysis Uncovered—Findings Pave the Way for Developing Preventive Drugs—

Published At December 29, 2017

Replicating Normal Human Colonic Epithelium in the Mouse Intestine: Hopes for Understanding the Pathophysiology of and Developing Treatments for Colorectal Diseases

Published At December 22, 2017

Successful Rapid and Efficient In Vivo Generation of Cardiomyocytes in Mice Improves Cardiac Function—Toward a New Cardiac Regenerative Medicine That Does Not Require Cell Transplantation

Published At November 29, 2017

Elucidating the Proportion and Characteristics of Hereditary Ovarian Cancer in Japan: Revealing Fundamental Information for the Realization of Genomic Prevention and Medicine Based on Individual Cancer Risk

Published At November 28, 2017

Elucidation of Embryonic Cell Migration Defects in CHARGE Syndrome, a Congenital Disorder of Sensory Organs, Using iPS Cell Technology—Establishing a Pathological Analysis Model of Neural Crest Cells Involved in Head Formation, Including Sensory Organs—

Published At November 28, 2017

Indigo Dye Proven Effective for Treating Ulcerative Colitis- Hopes for Future Safety Verification and Development of New Treatment Methods -

Published At November 22, 2017

Discovery of Violet Light's Potential to Suppress Myopia Progression in Adult Patients with High Myopia—A Step Forward in Preventing Blindness from High Myopia

Published At November 16, 2017

Successful Engraftment of Liver 'Buds' from Human-Derived Cells in Rats: An Achievement Using a Bio-3D Printer and a New Transplantation Method

Published At October 27, 2017

Development of a fundamental technology to promote the differentiation potential of human iPS cells using three small molecule compounds - Promoting differentiation, maturation, and senescence in disease models, eliminating the need for iPS cell line selection