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Showing posts with the label Cell-Cell Interaction

Skin Deep: How New Tech is Decoding the Link Between Autoimmune Disease and Cancer

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  https://chatgpt.com/ Imagine your skin as a complex, bustling city. On a normal day, the "citizens"-your skin cells - go about their business, building structures and keeping the environment healthy. But in certain rare diseases, this city becomes a battlefield. For people living with  dermatomyositis (DM) , an autoimmune condition that causes painful rashes and muscle weakness, their own immune system starts attacking this city. What makes DM particularly frightening is its "hidden" association. For reasons that have long remained a mystery, adults who develop DM have a significantly higher risk of also having or developing cancer-ranging from  7% to 30% . Until now, doctors have struggled to understand why some patients have this cancer link while others do not. A groundbreaking new study has used "state-of-the-art" technology to create the first  complete "street map" of DM skin . By looking at the skin at a microscopic level, researchers ar...

Unlocking CRC Treatment: Targeting the Fibroblast and Macrophage Partnership

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Image credit:   https://openai.com/index/dall-e/     Colorectal cancer (CRC) is a very common type of cancer, and treatment options beyond surgery can be quite limited. While immunotherapy, which helps your own immune system fight cancer, has shown great success in some cancers like melanoma and lung cancer, it's currently only effective for a small number of metastatic CRC cases. This means it's really important to understand more about the environment within and around the tumour – known as the   tumour microenvironment (TME)   – to find new ways to improve treatments. This study looked closely at the cells making up the TME in CRC, analysing over 54,000 cells from both tumour tissue and nearby normal tissue. They used advanced techniques like single-cell RNA sequencing, which lets researchers see the genetic activity in individual cells, and spatial transcriptomics, which shows where different cells are located within the tissue. One of the main findings was ...