As far as I know many people who have had this transplant still need exogenous insulin, so it's definitely not a cure all.So why won’t they do it? Why do they have to slowly kill us?
Type 1 diabetes mellitus is the result of the autoimmune destruction of the insulin-producing beta-cells in the pancreatic islets. This would still happen with a transplant.Pancreas transplants are very rare and done only in extremely bad type 1s however there is a less invasive operation of transplanting pancreatic islets or more specifically injecting beta cells into the body.
These beta cells can be derived from another person or can be artificially manufactured using human stem cells or skin cells dedifferentiated then differentiated into B cells.
A transplant can last 7-14 years apparently effectively saving the NHS millions and reducing diabetes complications.
So why won’t they do it? Why do they have to slowly kill us?
Pancreas transplants are very rare and done only in extremely bad type 1s however there is a less invasive operation of transplanting pancreatic islets or more specifically injecting beta cells into the body.
These beta cells can be derived from another person or can be artificially manufactured using human stem cells or skin cells dedifferentiated then differentiated into B cells.
A transplant can last 7-14 years apparently effectively saving the NHS millions and reducing diabetes complications.
So why won’t they do it? Why do they have to slowly kill us?
Pancreas transplants are very rare and done only in extremely bad type 1s however there is a less invasive operation of transplanting pancreatic islets or more specifically injecting beta cells into the body.
These beta cells can be derived from another person or can be artificially manufactured using human stem cells or skin cells dedifferentiated then differentiated into B cells.
A transplant can last 7-14 years apparently effectively saving the NHS millions and reducing diabetes complications.
So why won’t they do it? Why do they have to slowly kill us?
I understand that technology has progressed but it is not available for everyone due to costs from self-funding and eligibility criteria from public funding. It’s great to hear about these amazing systems such as a closed loop system pairing a Dexcom G6 with a Medtronic 640g insulin pump to create an artificial pancreas but how many people are using this...? Only a small percentage. The reality is diabetes is hard to manage, even if you go very low carb. Sometimes you crash suddenly for no reason at all and sometimes you shoot up without even eating anything. In the end statistics suggest at least more than a decade being cut off your lifespan.
I do understand the complications with transplants but I’ve done research and you can have B cells tailored for you. There is some research about using your own skin cells and stimulating them with different reagents to differentiate them into B cells. These B cells would have the same antigens as your skin cells so your body shouldn’t hopefully attack it.
Even if a pancreas or islet transplant doesn’t cure you completely for a period of time it will help you out and imagine having 7-14 years of more time in range, less hyperglycaemic episodes. The current most widely available form of transplant does involve immunosuppressants but surely it has got to be better than all sorts of complications. If I don’t remember incorrectly most T1Ds develop retinopathy within 5 years of diagnosis
Hi @TypeZero and thanks to @Antje77 for the tag! Many diabetics consider pancreas transplant must be the answer to all their problems. I think the reality is that it is a last resort brought about by serious diabetic complications. If I take a broad overview of my Type 1 life, the first stage (1959-1966) was primitively controlled by one daily injection of Lente (slow acting insulin). This stopped being effective just after my 8th birthday, causing a five day coma. I was therefore put on a mixture of Monotard and Rapitard twice daily (slow and fast acting) and from 1966-1979 I had already started to show signs of nephropathy (1973) and retinopathy (possibly beginning in 1971, but testing didn't occur till I went to King's College Hospital (1978-2000). In that time I was visiting outpatients at least monthly if not more frequently because of kidney function. I was put on Irbesartan and Indapamide and was so terrified of what the likely outcome would be that I was very strict with my regime, regularly managing near normal HbA1c results. It was this that slowed down nephropathy considerably. In the period 2000 - 2013, it was being closely monitored by Addenbrooke's Hospital Cambridge, and in 2012 I was put on the transplant list. By August 2013 it was arranged for me to undergo peritoneal dialysis on 22/8/2013. By some incredible piece of luck I was called in (7th attempt) for the transplant, which took place 13th-14th August. There had been several hiccups, caused usually by gout or cellulitis, which suspended me off the list. I also had to undergo several tests to see whether I was fit enough to be operated on. One of the main tests was called a MIBI scan, which puts your heart under stress (by injecting Adenosine) and images can be taken of a radioactive substance called Sestamibi. I also had to walk on a treadmill for twelve minutes.I understand that technology has progressed but it is not available for everyone due to costs from self-funding and eligibility criteria from public funding. It’s great to hear about these amazing systems such as a closed loop system pairing a Dexcom G6 with a Medtronic 640g insulin pump to create an artificial pancreas but how many people are using this...? Only a small percentage. The reality is diabetes is hard to manage, even if you go very low carb. Sometimes you crash suddenly for no reason at all and sometimes you shoot up without even eating anything. In the end statistics suggest at least more than a decade being cut off your lifespan.
I do understand the complications with transplants but I’ve done research and you can have B cells tailored for you. There is some research about using your own skin cells and stimulating them with different reagents to differentiate them into B cells. These B cells would have the same antigens as your skin cells so your body shouldn’t hopefully attack it.
Even if a pancreas or islet transplant doesn’t cure you completely for a period of time it will help you out and imagine having 7-14 years of more time in range, less hyperglycaemic episodes. The current most widely available form of transplant does involve immunosuppressants but surely it has got to be better than all sorts of complications. If I don’t remember incorrectly most T1Ds develop retinopathy within 5 years of diagnosis
I trust you weren't hypo! Thanks for the alert.Ah, thanks for the 'like', @Grant_Vicat !
Was searching my brain for your name when I answered but it wouldn't pop up. No problem, as you've popped up yourself.
@TypeZero. , Grant knows a lot about transplants and immunosuppressants, he's much better suited to answer your questions than I am.
Ah, yes, they might confine you to er, tidying? Keep up vital work!@Grant_Vicat
It does sound horrible and undesirable to have a traditional pancreas transplant.
Especially the tremor bit, I’m studying biology and simultaneously working at a GlaxoSmithKline laboratory on biopharmaceuticals and can’t imagine myself having hands so shaky that I can’t hold a pipette
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