The meeting point of the stomach and esophagus, the so-called gastro-esophageal junction, is a region of the human body that is not well-suited to the modern lifestyle. Stress, alcohol, nicotine and severe obesity are often triggers for pathological changes to the mucosal membrane in this area, often resulting in esophageal cancer.
"This collaboration underlines the importance of different expertise to improve our understanding of the biology of the gastrointestinal tract," says Chumduri. She herself has many years of experience in research with organoids. Among other things, she has used mini-organs she developed to study how cells in the cervix degenerate and turn cancerous -- another region where different types of mucosal cells collide.
However, it is still unclear why this region is so susceptible to this process. In order to better understand this transformation, it is therefore first necessary to decipher the normal development process in detail -- from embryo to mature adult."This is the only way to determine the tissue changes that trigger the progression of the disease, explains Dr. Rajendra Kumar Gurumurthy, another researcher of the study.
Above all, the precision of the single-cell analysis in their study opens new doors to understanding how pathological processes develop and to developing innovative treatments, the team writes in its study. The work will therefore be a"cornerstone for understanding the development of such diseases" and will significantly influence the approach to the early detection and treatment of diseases in this important part of the digestive system.
Gastrointestinal Problems Cancer Diseases And Conditions Lymphoma Nervous System Lung Cancer Immune System
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