Diabetes Damaged Linked To Vitamin B1 Shortage

The Telegraph (UK) ^ | 8-8-2007

[CutePuppy]

In other words, this could reflect not simply a deficiency of thiamine which is plentiful in the routine diet as documented here, but its depletion as the body “tries” to rid itself of “excess glucose” that would get stored as fat. The authors have no evidence of which is at play here.

You are right, according to another article which seems more detailed than the one posted.
http://news.bbc.co.uk/2/low/health/6935482.stm - Diabetes problems 'vitamin link'

A simple vitamin deficiency may be the cause of many of the side effects of diabetes, a study suggests.

Researchers found people with the disease expelled thiamine - vitamin B1 - from their bodies at 15 times the normal rate in a study of 94 people.

The Warwick University team said thiamine helped ward off complications such as heart disease and eye problems, the Diabetologia journal said.

Not a cure, but can be a huge relief and improvement in quality of life.

[Frank Sheed]

That’s a great read. I hope folks on this board check it out. Thiamine is really inexpensive.

[CutePuppy]

It's early, but very interesting development and seems to be based on solid study.
http://news.bbc.co.uk/2/low/health/6937577.stm

Bones offer new hope for diabetes

Bones may play a more active role than previously thought in regulating the body's chemistry, scientists say.

An international team found the molecule osteocalcin, produced by bone cells, is active in helping to regulate blood sugar levels in mice.

This is important in the development of diabetes and obesity, so the findings, in the journal Cell, offer the hope of new ways to treat these conditions.

But experts have warned more research is needed to confirm the link.

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Novel function

Lead author Professor Gerard Karsenty of the Columbia University said: "Osteocalcin has been known since 1977 to be made by osteoblast cells, but it had no known function."

However, the team found a novel function of the molecule.

Usually, an increase in insulin levels in the blood is accompanied by a decrease in insulin sensitivity.

But the authors found osteocalcin boosted both the secretion and the sensitivity to insulin.

In mice, increasing the activity of the molecule stimulated pancreatic cells to produce more insulin and at the same time directed fat cells to release a hormone called adiponectin - which improves insulin sensitivity.

It also stimulated the production of the insulin-producing cells themselves, which is currently considered to be one of the best, although unattainable, potential treatments for diabetes.

Increasing the activity of osteocalcin also prevented the development if type 2 diabetes and obesity in the mice, and mice who could make no osteocalcin had type 2 diabetes and increased fat mass.

New therapies

Professor Karsenty said: "The discovery that our bones are responsible for regulating blood sugar in ways that were not known before completely changes out understanding of the function of the skeleton and uncovers a crucial aspect of energy metabolism.

"These results uncover an important aspect of endocrinology that was unappreciated until now."

And the finding could provide a new therapeutic target to help treat diabetes in humans too, as people with type 2 diabetes have been shown to have low osteocalcin levels.

The researchers will now investigate the role of osteocalcin in regulating blood sugar in humans.

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