ISoOR is dedicated to providing the most current information about intestinal organoids, making it an essential resource for researchers and healthcare professionals. ISoOR highlights the latest studies and breakthroughs in the field, including advancements in human intestinal organoids for disease modeling, by sharing informative journals. Additionally, ISoOR organizes conferences that serve as a hub for experts to connect, exchange ideas, and collaborate on research initiatives. These intestinal organoid conferences and journals not only promote the sharing of knowledge but also inspire new approaches to understanding and treating gastrointestinal diseases, significantly impacting the future of intestinal health research.
[Journal Of Hematology & Oncology] Development and Characterization of NILK-2301: A Novel CEACAM5xCD3 κλ Bispecific Antibody for the Immunotherapy of Cancers Expressing CEACAM5.
[Cellular and Molecular Gastroenterology and Hepatology] Unveiling Enhanced Facultative Stem Cell State Elicited by IGF2BP1/IMP1 Deletion: A Comprehensive Exploration of Regulatory Mechanisms Involvin...
[Cell Stem Cell] The human colon-like organ derived from pluripotent stem cells can generate pluripotent hematopoietic progenitor cells and resident macrophages in functional tissues.
[Cell Reports Medicine] New research in BTC reveals how organoids derived from patients` tumors can guide chemotherapy choices. Validated in patient responses, this method offers a precise tool for ta...
[Stem Cell Reviews and Reports] This review discusses intestinal organoid culture techniques and their application in gastrointestinal disease research. It highlights the role of intestinal epithelial...
[Science] Combining CRISPR and organoid technique unveiled key player in the gut`s hormone orchestra, ZNF800 emerges as a chief repressor in enteroendocrine cell differentiation.
[Science Translational Medicine] Researchers use organoid models to unravel how a Crohn`s disease risk variant disrupts intestinal healing, shedding light on tissue repair mechanisms.