Great article thanks for linking.. only problem being that they can't really tell until the subjects are dead!https://www.eurekalert.org/pub_releases/2019-05/uoe-rri051519.php
For once I don't have to quote https://twitter.com/justsaysinmice at all here as they are using a human model for once and it's something I find most stimulating. The fact that our own expression of beta cell mutation do not go into being alpha cells but delta cells (and produce a substance that has statin in it actually amused me) was a interesting thing. The fact this applies to both types as well from the looks of the article but also the fact that 'restoring them to a normal environment' may explain why some even more advanced type 2 diabetics (such as 10+ years) can achieve a sort of remission and even reactivation of beta cells. Seems we may be getting a little closer to the how and why remission has started to become a little more commonplace.
Curious as well that they feel that they can use some sort of therapy too to stimulate the change back to being beta cells. Thought I would share as it opens a few more doors into the physiology of the condition.
Well if you ask the medical community we're all going to chronically degenerate and die!Great article thanks for linking.. only problem being that they can't really tell until the subjects are dead!
Interesting article so thanks a lot for linking it. So the old understanding was that beta cells burnt out through overuse in type 2 yet we know from the Direct Study (800 kcal), IF and bariatric surgery (patients rapidly lose the fat around their pancreas and liver and therefore return the environment to normal allowing recovery of beta cells.
My beta cells died circa 1981 but I don't think many type 1s are told that they may be able to preserve their remaining beta cells with a low carb diet and thus elongate their 'honeymoon' period. Not sure what my own beta cells have reverted to but I know that due to the effects of those alpha cells (gluco neogensis) then having any kind of normal beta cell function is worth fighting for.
Hopefully this kind of research may evolve into clinical practice now that the dietary paradignms may be changing too.
It may be the last paradigm that we've been looking for in regards to Diabetes and what changes do overtake the body in regards to beta cells. Insulin Resistance and autoimmune processes not so much however as there is a raging debate over that but it shows the remarkable ability the body has in responding to such changes and healing over time too. It goes to show too that some people have reversed their own with other diets with weight loss as a part of it which will have returned the environment back to normal. However I will always say reducing the glucose load the body has to deal with and insulin is always a good thing in the terms of long-term health. I did find it interesting that they would say that though, offering a differing viewpoint however tentative that it can be done outside of chemical or pharmaceutical means.Regarding the article above:
Thanks @Caeseji
Fascinating. And very interesting that the piece finishes with
Professor Harries said: "The really exciting finding is that in the laboratory at least, we have been able to reverse the changes - turn the delta cells back to beta cells - if we restore the environment to normal, or if we treat the cells with chemicals that restore the regulator genes and the patterns of RNA messages made to normal. That's very promising when we consider the potential for new therapeutics."
Which suggests they intend to treat the cells with chemicals.
Although the line 'if we restore the environment to normal' could be interpreted as causing weight loss for overweight T2s, or eliminating the autoimmune killing action for T1s.
Very interesting.
Edited for typos.
For those of a more scientific bent the full paper is here
https://academic.oup.com/hmg/advance-article/doi/10.1093/hmg/ddz094/5487670?searchresult=1
I am slightly concerned about the opening statement though
"A reduction in beta cell mass occurs during the progression of type 2 diabetes" which so far as I know is a theory and not "proven" I have asked a few scientific types on Twitter will let you know the outcome.
Thank you, that would really be a great help. Makes me wonder what has been used honestly, insulin therapy or sulphonylurea would be my guess if it was a stress death/mutation to the beta cells.Another observation would be that there is no mention of the medication regime the T2's who had died were following.. I wonder if the pancreas had been stressed before death by the treatment regime hence the beta cell die off. I'll e-mail the authors and ask.
E-mail sent I'll let you know..Thank you, that would really be a great help. Makes me wonder what has been used honestly, insulin therapy or sulphonylurea would be my guess if it was a stress death/mutation to the beta cells.
Reply has come back... they don't know..Thank you, that would really be a great help. Makes me wonder what has been used honestly, insulin therapy or sulphonylurea would be my guess if it was a stress death/mutation to the beta cells.
That's how I feel too Jim, it would happen if it was an autoimmune or viral attack or any kind of issue with the pancreas to do with trauma but for standard T2's? If my beta cells were dead, after my year of abuse mine should be heading to meet Cerberus for entry into the underworld but I am seeing my bloods being very low these days so there must be some 'grain' or not so much grain of truth to the hypothesis.This whole beta cell death in T2DM doesn’t sit well with me at all. Whilst I’m sure it can and does happen in some cases, I’m increasingly leaning towards Fung’s reversible fatty pancreas explanation. I feel as though “beta cell death” in the context of resistant diabetes is largely just a catchphrase that gets knocked about.
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