Thank you for this video! I work in an Immunology Lab and am giving a presentation about coeliac disease to my team. This has given me a lot of help articulating it, so thank you 😊
Seriously, amazing videos. I am a 6th year Medical Student and this videos still help me! You even inspired me to make a channel on my own! I make YT videos on medical topics. And today I posted a video about celiac disease as well. Thanks for all the knowledge bombs, and thanks for the inspiration. Keep it up, So will I!
thank you very much for your videos from Italy. i have a question for you and i hope you have time to answer me becuase this doubt stopped me to keep going studying. what happen to those who dont suffer coeliac disease, once the gliadin is inside the lamina propria of the gut? how do they break down gliadin to get its amminoacids? i mean gliadin goes intact into the lamina propria also for those who dont suffer coeliac disease, so they should have a way to digest it and get the AA. many foods have many allergen inside that cause immune response to those who actually havve food allergy for that specific allergen. but if i dont have allergy and i eat the food with allergen, and the allergen goes intact in the lamina propria without being digested by gut enzyme, how do i get its amminoacid anyway? my body wont waste them? thank you again
There is decreased absorption for those with celiac disease due to morphological changes including Villous blunting and decreased surface area. Some don’t have these morphological changes despite having positive antibodies on a blood test. These may not have issues with absorption.
Thank you so much. I am presenting Celiac Disease for a case study to the Colonel and pathologists in 2 weeks and this helped me better understand exactly what is happening in the lining of the small intestines on a microscopic level.
khan kase parhna ha gee yes, but there is not enough awareness for most scientists to research on the disease. its sucks but hopefully in the long run treatment is more effective.
So the things that get the Disease started is a genetic predisposition of HLA II molecules AND an overexpression of CXC3 cytokines. Is that how it starts? And what about LT that escaped tolerance? Oh is that all those mechanisms at once? Thanks a bunch for the video. Im grateful 😍