NZ Case Study; A Citizen Scientist Controls Autoimmune Diabetes Without Insulin, With A Low Carb Diet, A Glucose Meter, And Metformin.

NZ case study; A citizen scientist controls autoimmune diabetes without insulin, with a low carb diet, a glucose meter, and metformin.

The case study is a very important type of medical publication that’s overlooked in this age of big data. Unlike large statistical studies, which tell you the probability of something happening, the case study tells you whether something CAN happen at all, and under exactly which circumstances it has happened.
Case studies answer questions like “Can autoimmune diabetes, with lower insulin production, be managed long-term without insulin?”
Yes, it can, and this is described in full detail and a clear and simple style in a new case-study from Christchurch.[1]
2017 Nelson Jacobs Case report Management of autoimmune diabetes without insulin
This is published on Zenodo.org, an online data repostitory set up by people involved in CERN and other places. Warrick Nelson, the first author is the patient and is an operations manager at Plant and Food Research in NZ. The second author is his doctor. This is citizen science. We love it.
So onto the topic of diabetes, and management of the condition with low carb diets……
We reviewed the strong evidence for low carb diets in diabetes management in the New Zealand Medical Journal in a 2016 review cited in the current paper.[2]
Its case study is a great example of how the wisdom of Citizen Scientists, equipped with mass produced measuring devices and, in this case, a proven medicine, can discover the one way to treat a disease. It is written up by the patient and his doctor, who was wise enough to recognise this as the teachable moment it is.
The patient first presented with type 2 diabetes, non-alcoholic fatty liver disease, insu Continue reading

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Ottawa Preteen's Sugardrop SweetwearCo. Fashionably Fighting Diabetes

Ottawa Preteen's Sugardrop SweetwearCo. Fashionably Fighting Diabetes
Kate Beaulieu, it could be said, was your usual pre-teen girl. She played basketball, loved to dance and hang out with her friends for sleepovers. Then came the Christmas where she could barely get off the couch. There was nothing usual about that. When she said she felt she wasnt feeling well enough to dance her mother knew something was wrong.
Soon came the words that would change young Kates life, words she didnt understand at first. Neither of them did.
Mom, am I going to die? she asked followed by the heart wrenching can I still dance?
The frightening reality for a parent faced with such questions from their trembling daughter was this:mom didnt have the answers.
Kate had just been told that she had Type 1 diabetes. The two stood there at the Childrens Hospital as tears began to fall. The moment between those words and what her doctor said next must have felt like an eternity. She was 11-years-old. Thats not much life to have flash before ones eyes in an instance where one her age should never be contemplating their mortality. Thankfully, they were informed, they caught it just in time but that didnt mean that Kate wasnt in for some changes.
We had to come back to CHEO the very next morning to start intensive training sessions on how to manage this disease. We met with the diabetic team - a nurse, endocrinologist, dietitian and a social worker, says Kate, remembering those first days as the news began to sink in.
Karan, her mother, was in disbelief. It had to be a mistake, she thought to her Continue reading

"Make beta cells great again:" Type 1 diabetes interventions at ADA 2017 - MedCity News

2 Comments / Jun 13, 2017 at 3:57 PM
From the perspective of patients and their families, Type 1 diabetes can feel like a sudden onset disease.
Symptoms arise seemingly out of nowhere, as the body becomes increasingly hyperglycemic. The person frequently still a child becomes extremely thirsty and urinates frequently as his or her body tries to rid itself of the excess blood glucose. Its a losing battle. The person is eventually diagnosed and prescribed a life-long plan for insulin replacement therapy.
It turns out that the patients experience is the proverbial tip of the iceberg. Biological mechanisms and autoimmunity are at play for years before symptoms appear. That raises the possibility of early intervention, prevention, or possibly even reversal of the disease if it can be caught in the earliest stages.
To that end, researchers have been piecing together the hidden progression of type 1 diabetes, as theimmune system stealthily destroys the patients insulin-producing beta cells. Those findings and the latest intervention studies were presented on Monday at the 77th Scientific Sessions of the American Diabetes Association (ADA) in San Diego, California.
During the well-attended symposium, different researchers shared data from three separate therapeutic interventions, spanning decades and using trial sites around the world.
The studies looked at preventive treatment with insulin, to try to desensitize the immune system to the hormone. Another studied the use of Gleevec (imatinib), a long-standing cancer drug with immunosuppressive properties. Finally, a t Continue reading

What Your Not Supposed to Know About Recovering from Diabetes

What Your Not Supposed to Know About Recovering from Diabetes
Diabetes is considered to be one of the most common illnesses in western society. Nearly one in ten Americans have it, making it one of the most serious health epidemics of the 21st century.
The pancreas of a type 1 diabetic produces little to no insulin, which the body needs to carry glucose from the bloodstream to the cells of the body. This form is only found in about 5% of the population, and is usually diagnosed in children and teenagers. Typically, a type 1 diabetic will take frequent injections in order to maintain proper insulin levels in the body.
A type 2 diabetic has a similar problem. The most common form by far, type 2 diabetes is where the body does not know how to properly process insulin resulting in hyperglycemia, a rising of blood sugar levels beyond what is considered healthy.
At first, your pancreas makes extra insulin to make up for it. But, over time it isnt able to keep up and cant make enough insulin to keep your blood glucose at normal levels. ~American Diabetes Association
Some symptoms of diabetes include frequent urination, extreme hunger, sudden vision changes, dry skin and more.
Dietary Choices Found To Aid In Reversing Diabetes
In 2010, Diabetes was the 7th leading cause of death in America , but it doesnt have to be, and scientists in the fields of natural medicine and nutrition have been working to find a cure.
In the documentary Simply Raw: Reversing Diabetes in 30 Days ,several patients with diabetes were given the challenge of dropping their regular diets and living Continue reading

The 3 Stages of Type 1 Diabetes Development

Home / The 3 Stages of Type 1 Diabetes Development
The 3 Stages of Type 1 Diabetes Development
Type 1 diabetes is a medical disorder characterized by the autoimmune destruction of the pancreatic islet cells, eventually leading to the absence of the production of insulin and other important hormones. The lack of insulin results in a decreased ability of glucose to enter the cells, leading to hyperglycemia , or high blood glucose levels.
Type 1 diabetes is believed to be caused by the combination of a genetic predisposition and an environmental trigger. Formerly known as juvenile diabetes, type 1 diabetes can be diagnosed in childhood, as well as in adulthood. In fact, between 25% and 50% of type 1 diabetes diagnoses today occur in individuals over 18 years old.
The main symptoms of untreated type 1 diabetes include:
Frequent infections and slow wound healing
Individuals with type 1 diabetes must monitor their blood glucose levels and administer exogenous insulin via injections or an insulin pump to allow for glucose metabolism. Left untreated, the condition is deadly and suboptimal management can result in numerous complications, including micro- and macrovascular problems in numerous organ systems as well as nerve damage. However, with optimal blood glucose control, the likelihood of complications can be minimized.
There are several main steps in the typical pattern of developing of type 1 diabetes:
Islet cell autoimmunity, characterized by the presence of autoantibodies,
A decrease in beta cell mass that reduces insulin production and results in slightly elevate Continue reading