Yep i dont disagree i think societys dependance on a high carb diet issnt the best idea. Im also looking at what insulin actually does to the brain....A fascinating article, thank you for posting. I have noted a few of the boffins referring to Alzeimers as Diabetes T3, it follows that lowering bg would lower insulin levels (sorry, I have often been accused of oversimplifying). I have as yet found not one reason not to lower bg and have been of the opinion for months now that even those who do not have any type of Diabetes would benefit from some degree of lowered carb intake.
When it comes to Alzheimer's and Dementia...this is always a good read...
http://www.diabetes.co.uk/forum/blo...nd-the-treatment-of-alzheimer’s-disease.1915/
When my grandsons paternal grand mother was diagnosed with vascular dementia the vascular consultant was emphatic that the damage to her brain had been caused by her uncontrolled T2 diabetes and raised blood sugars he said that it plainly showed up in the scans that had been taken.
As to whether the vascular damage was directly caused by the blood sugar or the associated rise in insulin I am unsure of.
@Cobia the gait issues probably aren't a precursor for AD - wrong area of the brain.
Yes, there is a link between T2 and Alzheimer's, and insulin resistance is found in the brains of people with AD. Insulin in the brain is a strange one - it isn't used as much for glucose uptake as it is in the rest of the body, but it still has a lot of downstream signalling functions - growth, learning, memory, cell survival signalling. It's a very active research area.
Intranasal insulin has been trialled as an AD treatment, with mixed results.
Interestingly, the risk of AD among T2 individuals was higher among those who were treated with insulin, or that's what the 1999 Rotterdam Study found anyway. It's not clear, though, whether this was because of the insulin, or because a T2 being treated with insulin has probably had a prolonged period of hyperglycaemia before hand. At the time, this aspect wasn't really followed up properly - this line of research is only being taken seriously again fairly recently.
Sorry for the nerdiness - neuropathology masters student here currently applying for PhDs in Alzheimer's research. My research project for my Masters is on defective insulin signalling in Alzheimer's.
I experienced DKA on diagnosis. Keytones still scare the hell out of me.When it comes to Alzheimer's and Dementia...this is always a good read...
http://www.diabetes.co.uk/forum/blo...nd-the-treatment-of-alzheimer’s-disease.1915/
I’m only going only experience here, and I’m only remembering some of it from my family telling me. Before diagnosis, and which I call my hypo hell period.
I had some really awful symptoms which the connection betwee insulin, glucose and other hormones and how it affects your brain function.
Due to hyperinsulinaemia, hyperglycaemia, fluctuating blood glucose levels, high circulating insulin levels and of course Hypoglycaemia. The symptoms caused by these hormonal changes in your blood chemistry is so similar to other degenerative brain conditions.
A lack of either hormone will cause brain function problems that I am certain, just as an imbalance will. Many of the underlying symptoms are caused by this.
My health including my brain health totally reversed when after diagnosis I ate very few carbs, the brain function symptoms such as anxiety, memory loss, forgetfulness, and many more alleviate.
I was turning into a total zombie.
Now I have my life back and my health but there is a period of my life that is missing.
It’s not old age, it’s the carbs! (In my honest opinion!)
Scares the hell out of me im the oldest type1 in my family history never knew what was hapening.My mum has mixed dx dementia, including Alzheimer's. She was dx t2d years ago, but I only found out recently. She never told me and as far as I know never changed her diet and did not take meds. She is also as skinny as a stick, so I suppose the gp didnt think it important. It was certainly never mentioned in any of the health appointments we attended.
However, out of all her sisters and brother, she is the only one with dementia. There are 7 siblings and 6 have diabetes.
There are a lot of autoimmune disorders in my mums family.
This is fascinating. And frightening. I am truly hopeful that help is found before my children are my age.
Question..... i dont need to loose weight can i do a keytonic diet and maintain the weight i am now?
Currently mdi dont need hossie again. Closest ive been game to go is 50 carbs a day? Currently about 150.
69 kg about 6'3" totally flat bellie..
currently getting 20g per day. But believe that the exact figure is open to dispute.
But I do try and avoid any carbs as much as possible.
The balance to suit me, won't suit you, it's a personal choice, because your body will react differently to food than mine.
Other than that today i feel great. I will be over the moon if this helps with the gait and tremor issues that have been developing.
@kokhongw ive seen one of those vids before all of them are relevant possibly to more than AD which is right on the money.One of the challenge for you is to find the right dosage of insulin for the diet. You would likely need T1D with low carb experience to guide you to minimize the risk of DKA and hypo.
I dont think there is as much research into some of the rarer conditions like sca.
36:14 BHB allows you to make more dopamine, serotonin, adrenaline, noradrenaline and nitric oxide.
38:00 In advanced Parkinson's neurotransmitters are negatively impacted. With ketosis, you are making serotonin, noradrenaline, adrenaline, dopamine and nitric oxide synthase.
38:52 Every antioxidant has to be recharged with an electron from NADPH, directly or indirectly.
39:50 Beta hydroxybutyrate raises NADPH levels using isocitrate dehydrogenase in the cytoplasm, outside of the mitochondria.
42:24 NADPH levels in the mitochondria does not correlate with NADPH levels in the cytosol. We should measure the cytosolic NADPH.
44:09 NADPH voltage is dependent upon the relative concentrations. More equals more resilience. 48:52 Dismutase does not get its electrons from the battery. It does this by taking 2 molecules of superoxide, oxidizing one and reducing the other.
52:59 You have the ability to use ketones to restore ischemia-reperfusion and turn off inflammation.
54:08 NADPH controls inflammation.
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