Impaired insulin secretion is the major defect in people with impaired glucose tolerance (IGT) and a family history of Type 2 diabetes, whereas insulin resistance plays the major role in those without a family history, researchers report.

Both impaired insulin secretion and insulin resistance contribute to impaired glucose tolerance (IGT). As this condition increases the risk for Type 2 diabetes, therapeutic strategies targeting the major underlying defect are important to prevent diabetes developing.

In an attempt to determine the major underlying defect in people at high risk for diabetes, Christian Meyer (Carl T Hayden VA Medical Center, Phoenix, Arizona, USA) and co-workers compared plasma insulin responses and insulin sensitivity in IGT individuals with or without a first-degree relative with Type 2 diabetes.

They carried out an oral glucose tolerance test and 3-hour hyperglycemic clamp in 437 individuals: 133 with normal glucose tolerance and no family history of Type 2 diabetes, 74 with IGT and a first-degree relative with the disease, and 50 with IGT and no family history.

As reported in the journal Metabolism Clinical and Experimental, compared with normal glucose-tolerant subjects, IGT individuals with a first-degree Type 2 diabetes relative had an approximately 45% reduced first-phase plasma insulin response and 30% reduced second-phase plasma insulin response, whereas insulin sensitivity was only reduced by about 20%.

In contrast, IGT subjects without a first-degree Type 2 diabetes relative had an approximately 20% reduced first-phase plasma insulin response and no significant reduction in second-phase plasma insulin response, but 40% reduced insulin sensitivity.

The authors note that the greater insulin sensitivity in the IGT individuals with a family history of Type 2 diabetes was largely explained by differences in obesity, but adjustment for obesity abolished the differences in insulin resistance.

In subgroup analyses in which the IGT groups were stratified by body-mass index (BMI), first-phase plasma insulin responses were approximately 30% lower in individuals with a family history of diabetes and a BMI of at least 27 kg/m², but similar in individuals with a family history of diabetes and a BMI less than 27 kg/m² compared with the corresponding IGT subgroups without a family history of Type 2 diabetes.

“We conclude that, in IGT, an increased genetic predisposition for Type 2 diabetes increases the contribution of impaired insulin secretion to its pathophysiology. This effect is enhanced by obesity,” write the authors.

MedWire (www.medwire-news.md) is an independent clinical news service provided by Current Medicine Group, a part of Springer Science+Business Media. © Current Medicine Group Ltd; 2009

Journal

Diabetes affects millions of people each year around in the United States and around the world. Diabetes is a disease in which the body does not produce enough insulin which it needs to keep a normal level of sugar in the blood. The blood sugar level should typically be? 70 to 120 mg/dL. mg/dl (milligrams/deciliter) is the traditional unit for measuring bG (blood glucose). All scientific journals are moving quickly toward using mmol/L exclusively. mg/dl won’t disappear soon, and some journals now use mmol/L as the primary unit but quote mg/dl in parentheses, reflecting the large base of health care providers and researchers (not to mention patients) who are already familiar with mg/dl.

Symptoms of diabetes can include increased thirst, increased hunger and very frequent urination.

The two types of Diabetes are Type 1 and Type 2 diabetes. In type 1 diabetes, the body does not produce any insulin at all. This is often detected an an early stage in childhood but can develop over time as well. In type 2 diabetes, there is some level of insulin produced but not enough to keep the blood sugar level under control. This type of diabetes is more common in overweight people.

Managing the blood sugar in an important part of diabetes which include diet, exercise and checking your blood sugar frequently to make sure the level is not too high. Patients use a blood glucose meter in order to check their blood sugar level. This involves a prick of the finger with a lancet and inserting a blood glucose strip with the blood sample, into the meter for a reading.

As you sit here in a world of despair, reading, researching, contemplating, and day-dreaming that you can spend the rest of your life without diabetes; you are hoping that for just one second the answer to your prayers could be found in a single article, in just once sentence, without the confusion of overwhelming information.

Paralysis by analysis as they say.

Once upon a time, in a galaxy far far away, there was a man who had been diagnosed with an incurable disease: Diabetes. It wasn’t before his 25th birthday when he started his new life as a prisoner of his own body, always having to babysit his blood sugar, blood pressure, inject himself with insulin, and sacrifice his greatest weakness: food.

The doctors had insisted that there was nothing he could do, there was no cure for diabetes, and that he must remain dependent upon the drugs in which he must purchase. All over the country he searched for a second, third, fourth, fifth opinion - only for his greatest hopes to become a distant memory into the back of his head, and to be lost forever into the newly developed void in his heart.

He researched day and night, night and day. His passion was that of a lion, and his mind was that of a student.

Then it finally hit him, something to simple, so divine, that could cure his diabetes for good without the aid of foreign substances, naturally. After a year of experimentation he had finally discovered something that would rock the world! (Or at least the U.S.). He demanded that he be re-diagnosed against the doctors will, best judgment, and instruction.

Astonished, the doctors were speechless. It took hours for the doctors to consult other physicians and to finally reach a conclusion that had went against the established notion of medical science. Insulin levels were normal, and high glucose levels were non existent. This patient was absent of Diabetes Mellitus.

The treatment he received was all natural, inexpensive, painless, and worked like a miracle! He was so excited that he could share with his doctors about the treatment that cured his diabetes. Certainly these men and women would want to know about an all-natural medical treatment that could cure the incurable!

To his surprise they refused to believe that he had been properly diagnosed, much less that there was a true and natural cure for diabetes.

At this point I would like to thank FTC, FDA, Pharmaceutical companies, etc. for their personal attacks on people with this information. They have aided the corruption of the power structures and misled medical professionals into the needless suffering of millions of innocent people by suppressing this kind of information.

With that said.

What would you say if I told you that there are 2 natural cures for diabetes that are so simple a caveman can do it?

Believe it or not, diabetes can be cured naturally by only two things.

1.) Diet

2.) Exercise

It’s so simple that no one wants to believe it! It’s like trying to convince someone that the world is round, because they just simply don’t want to put forth the effort to banish their problems, and would rather just take a pill.

In that sense, medical science your best bet. It’s absolutely true that there are no pills in existence yet that could reverse the effects of diabetes; but its also true that by making major changes in your habits you can reverse almost ANY disease.

Diet

The foods that you put into your mouth, obviously, can be the single biggest factor in not only controlling your diabetes, but also reversing it as well. Over the last few decades diabetes has taken refuge in more and more households in the United States and is increasingly becoming a bigger problem. There is a direct correlation between diet and disease that most medical professionals refuse to acknowledge for one simple reason:

There is no money in the cure!

Unfortunately, our doctors are only trained to do two things.

1.) Treat Symptoms/Write Prescriptions

2.) Perform Surgery

We humans have only been eating processed, junk, chemically altered, lab created, foods for the past 100 or so years. Our bodies are not made to deal with this sudden change in diet (as a species), and when the body becomes malnourished like this - it starts to break down.

Exercise

A wise man once said, “We are made for action, and activity is the sovereign remedy for all physical ills.” - Frederick the Great of Prussia

It couldn’t be more true. Our bodies are the only machines on the face of this earth that break down, get worn out, and simply start deteriorating through the lack of exercise. This is especially true for aiding in the cure of diabetes. Exercise not only lowers your blood sugar levels, but it also lowers your risk of heart disease - which is common for people who have been unfortunate enough to develop diabetes.

It’s important to note that this article in no way is a substitute for any workout program, or medical journal. You should always talk to your doctor and a fitness expert on the best way to benefit from your workouts.

You should always be keeping track of your blood sugar levels before, during, and after exercising to prevent the possibility of Hypoglycemia.