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How to Choose the Right Pair of Diabetic Socks

What are Diabetic Socks?

Diabetic socks are socks that are specially designed for diabetics. Diabetic socks provide the best possible safety and comfort to the feet of a diabetic. Diabetic socks help prevent moisture, which can help prevent bacteria infections and odor. Diabetic socks also help prevent blisters and reduces pressure on the feet. Lastly, diabetic socks help improve the blood circulation in the feet and lower legs for diabetics.

What to Look for in Diabetic Socks

1) Choose diabetic socks that are doctor approved. Not all diabetic socks have the features that doctors recommend for the feet of diabetics. With diabetic socks that are recommended by doctors, diabetics can more confident in picking the right pair of diabetic socks.

2) Diabetic socks should have full cushion support on the sole. Full cushion on diabetic socks allows for maximum comfort and helps to minimize the impact on the soles of the diabetic feet. In addition, the cushion on diabetic socks help to prevent infections by minimizing abrasions that come from the feet rubbing against the inside of shoes.

3) Diabetic socks should be made from high quality materials. The best materials used in making diabetic socks are cotton and nylon. Cotton and nylon diabetic socks will help absorb sweat and keep the feet warm. In addition, cotton and nylon diabetic socks will allow for proper air circulation so that the feet can breath, which will help prevent bacteria and odor.

4) Look for loose tops on diabetic socks. The tops on diabetic socks should be loose enough to allow for proper circulation, but not so loose that the diabetic socks fall down. Also make sure that the tops on the diabetic socks are made with a durable and loose nylon to prevent them from stretching out over time.

5) Make sure the diabetic socks fit correctly. Diabetic socks should fit snugly, but not too restrictive. A comfortable fit should ensure proper blood circulation in the feet. Remember that the sizes for diabetic socks are not the same as sizes for shoes.

6) Choose the right diabetic socks length. Ankle diabetic socks or quarter diabetic socks are great for sporting activities such as running. Crew diabetic socks are versatile enough for every day wear or physical activities. Over the calf diabetic socks are great for those that require more support around the calf area and over the calf diabetic socks are also great for the cold weather.

7) Choose the right diabetic socks color. Diabetic socks are available in a variety of colors including black, grey, navy, tan, white and brown. Diabetic socks with lighter colors allow for diabetics to spot open sores quickly since many diabetics do not have sensation in their feet. Diabetics that do not have this particular problem can choose darker color diabetic socks.

Diabetics Socks Prevent Many Foot Complications
Diabetics face a lot of complications particularly in the feet. Every year, millions of diabetics are forced to amputate their feet. Other diabetics suffer from foot injuries such as bacteria infections and ulcers. Other common foot complications include neuropathy, skin changes, and calluses. Therefore, foot care is of extreme importance for people with diabetes. Diabetic socks are the greatest aid for diabetics in preventing foot complications.

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By: ED Chan

Article Source: http://www.articleinfo.org

 

Not Enough Sleep Causes More Eating and Diabetes Risk

 

tired woman needs sleepStudies continue to show that sleep curtailment or decreased sleep quality can disturb neuroendocrine control of appetite, leading to overeating, and can decrease insulin or increase insulin resistance, both steps on the road to Type 2 diabetes

Short sleep, poor sleep: novel risk factors for obesity and for Type 2 diabetes

A specialist in the effect of circadian rhythms on the endocrine system, Dr. Eve Van Cauter, University of Chicago, has conducted several studies in which short-term sleep restriction damaged the body’s ability to regulate eating by lowering levels of leptin, the hormone that tells the body when it has had enough. In the symposium, Dr. Van Cauter describes other recently published studies from her group, one showing that only three days sleep disruption is sufficient to increase insulin resistance in humans (thus causing the body to need higher levels of insulin) and a large epidemiological study showing that short sleep over a five year period causes an increase in systolic blood pressure.

Energy metabolism during chronic sleep deprivation: sleep less, eat more, don’t gain weight, yet show signs of progression toward diabetes

Dr. Michael Koban, Morgan State University, also reported a new study in which sleep restriction in rats led to glucose intolerance, a prediabetic state in which the blood glucose remains higher than normal after glucose challenge. Significantly, this is the first rodent study of sleep deprivation in which there was no association between glucose dysregulation and weight gain.

The researchers believe that extending sleep restriction will produce more pronounced glucose intolerance in which glucose levels do not return to normal levels for a longer period, thus providing more evidence that not sleeping enough could lead to diabetes in humans. The researchers also are looking for mechanisms to explain the change in metabolism related to sleep deprivation and the dissociation between weight gain and glucose dysregulation and insulin resistance.

Stress-related behaviors and hormone changes after prolonged sleep deprivation – and environmental factors that appear to modify them

Dr. Deborah Suchecki, Universidade Federal de Sao Paulo, described how prolonged sleep deprivation activates the neuroendocrine stress response, as measured by increased blood levels of the stress-related hormones adrenaline, adrenocorticotropic hormone (ACTH), and corticosterone. Earlier studies have shown that sleep restriction in animals can gradually change brain and neuroendocrine systems in ways similar to those seen in stress-related disorders such as depression, while epidemiological studies suggest that sleep restriction may be an important risk factor for cardiovascular and other diseases linked to stress.

CNS changes after chronic sleep deprivation have role in both food intake and metabolism

Dr. Gloria Hoffman, also of Morgan State University, presents studies that explain the role of the central nervous system pathways in stimulating feeding and causing metabolic changes associated with progression to diabetes. Specifically, increased production of the neurotransmitter neuropeptide Y and decreased production of proopiomelanocortiini products in the hypothalamus explain the hyperphagic response.

Although the CNS’s role in regulating metabolic rate is not well understood, she believes that histamine might be involved. Histamine neurons not only affect the maintenance of wakefulness but also are regulators of peripheral metabolism. In sleep deprived rats, elevations in the glucose to insulin ratio were positively correlated with an increase in histamine expression that raises the possibility that a dysregulation of histamine function during impaired sleep might serve to trigger metabolic and other changes leading to diabetes.

The scientists agree that as sleep curtailment becomes more common in industrialized countries it becomes increasingly important to understand how limited or poor quality sleep produces changes that can lead to obesity and diabetes, both epidemic in the developed world. More and more scientists are jumping on board with these lines of investigation, says Dr. Hoffman, and there is an increased demand for information on the part of health professionals and members of the general public, many of whom consider themselves sleep deprived.

On April 22, at the Experimental Biology 2009 meeting in New Orleans, a panel of leading sleep researchers describes recent and new studies in this fast growing field. The session is part of the scientific program of the American Association of Anatomists (AAA).

Recommended Blood Glucose Numbers

diabetic womans asksWhat are the Right Numbers?

Depending on where you look, recommended blood glucose levels can vary. The American Diabetes Association (ADA) numbers differ from the American College of Endocrinology (ACE) guidelines. The ACE recommendations are more strict than the ADA’s. How do you know which to follow? Ask your healthcare provider which goals are right for you. The table below compares the two sets of guidelines for blood glucose, blood pressure and cholesterol.

How many times a day should you check your blood glucose levels?

Checking your blood glucose levels often through out the day will help you to figure out how to keep good control of your diabetes.  First thing in the morning before breakfast, two hours after a meal and before bed are good times to test. Other recommended times include before, during and after an exercise session, especially if it is strenuous or if you are feeling like your blood sugar may be low or high.

What is the A1C?

It’s a blood test that helps you and your doctor monitor your overall glucose control.

It gives an average of the amount of glucose in your blood over a few months’ time. It is usually ordered 2 to 4 times a year. If you are newly diagnosed or having trouble maintaining good day-to-day control, it may be ordered more often.

Sources:

"Checking Your Blood Glucose." American Diabetes Association. ADA. 15 Dec 2006

American Association of Clinical Endocrinologists and the American College of Endocrinology, "The AACE System of Intensive Diabetes Self-Management – 2002 Update." The American Association of Clinical Endocrinologists Medical Guidelines for the Management of Diabetes Mellitus. Endocrine Practice Vol. 8. 2002.

For more information click here .

Artificial Sweeteners: The Controversy Rages On

 

“In a nutshell, she was being poisoned by the aspartame in the diet soda. . . and literally dying a slow, and miserable death .”1

Comments, case reports and claims like this are sprouting up all over — especially on the web. The above quote comments on aspartame, but other artificial sweeteners come under fire as well.

Just how scary are artificial sweeteners? Are these compounds actually toxins? Have the guardians of our food supply been bought out by big business?

I hope to add a little clarity to the situation as well as tell you ways to safeguard your own well-being.

First, what chemicals are we talking about and why are people eating them?

The main artificial sweeteners used in the US today are saccharin, aspartame and sucralose. They’re sold under the brand names Sweet N’ Low, NutraSweet, and Splenda, respectively. You’re undoubtedly familiar with the competing pink, blue, and yellow packets.

All of these are artificially produced chemicals. Saccharin is derived from coal tar, aspartame from amino acids, and sucralose from substituting chlorine for oxygen on the sucrose molecule.

If you look around on the web, you’ll find horror stories about all these sweeteners.

Commonly, people report physical symptoms they experienced — restless legs, ringing in the ears, nausea, and hives — that went away when they eliminated the sweeteners from their diet. Others claim that these sweeteners cause severe chronic diseases such as multiple sclerosis or systemic lupus.

Still others comment on toxic “chemical cousins” of the sweeteners, implying that the same toxicity may apply to the sweetener. For example, sucralose is chemically related to organochlorines, many of which are, in fact, extremely toxic (think dioxin).

On the other hand, the balance of the available science fails to document definite health risks. A well-respected mainstream journal recently published a major review of all available scientific data concerning aspartame and gave it a pass.2

This review concluded: “In summary, there has been extensive investigation of the possibility of neurotoxic effects due to consumption of aspartame. The data from these studies, in general, do not support the hypothesis that aspartame in the human diet will affect neuronal function, learning or behavior.”

Yet critics continue to claim aspartame causes neurotoxicity.

This review also looked for evidence of other possible toxicities for aspartame. Their bottom line for all of it was:

“Controlled and thorough scientific studies confirm aspartame’s safety and find no credible link between consumption of aspartame at levels found in the human diet and conditions related to the nervous system and behavior, nor any other symptom or illness.”

Similarly, other studies haven’t clearly proved any ill effects from saccharin or sucralose.

What to make of it all?

One thing I know is that medicine and scientific research aren’t perfect. I made recommendations to people 25 years ago that I cringe thinking about now.

I had every good intention — and I certainly hadn’t been bought out. I was giving advice based on the best knowledge available to me then. It was reasonable advice at the time, only it was wrong. Remembering this keeps me from being too dogmatic.

If someone tells me something made him or her sick, I believe them. However, that doesn’t mean the same thing will make everyone sick. Nor does it necessarily mean we should ban the substance.

Every year, people die of an allergic reaction to peanuts. Many others have horrible non-fatal reactions. Despite this fact, no one is calling for a ban on the cultivation or sale of peanuts.

Here’s my take on artificial sweeteners: I recommend avoiding them, or at least minimizing their use. They are man-made chemicals. There’s no need for any of these in our diet. They’re called non-nutritive sweeteners for a reason.

The science hasn’t (as yet) shown any detrimental effect. But who knows if it’s just a matter of time before a problem shows up?

I find the current research somewhat reassuring, but I’m not completely convinced there’s no need for concern. The best we can hope for is that we won’t react badly and that toxicity won’t show up down the road.

Another downside is that by consuming sweetened foods of any sort we develop taste preferences that influence our food choices.

As a country, we definitely eat too much sugar. We have the obesity and the diabetes to prove it. Average annual consumption has gone from 15 lbs in the early 1800’s to over 160 lbs (!) today.

Using artificial sweeteners is just another way to try to feed our sweet tooth. It would be best to retrain our taste buds not to prefer sweet.

This is especially important in children. The foods they eat determine their preferences as an adult. They don’t need artificial sweeteners. They also don’t need all the sugar they’re getting. They do need to develop habits that will serve them well as they grow.

Avoid artificial sweeteners. Also avoid foods that have sugar or high fructose corn syrup among the top ingredients.

Diet sodas are a major source of artificial sweeteners. Switch to unsweetened drinks. Why not water? Unsweetened tea or seltzer, maybe with a squeeze of lemon, are other good choices.

If you must have a sweetener, consider the herb stevia. This South American plant has been used as a sweetener for centuries without reported adverse effects.

There’s no need to panic about artificial sweeteners, but there’s no need to use them either.

References

  1. http://www.rumormillnews.com/cgibin/forum.cgi?read=121777
  2. Burdock, G A et al. Aspartame: A Safety Evaluation Based on Current Use Levels, Regulations, and Toxicological and Epidemiological Studies. Critical Reviews in Toxicology; September , 2007.

[Ed. Note: Joseph F. McCaffrey, MD, FACS is a board-certified surgeon with extensive experience in alternative medicine, including certification as a HeartMath Trainer. His areas of expertise include mind-body interaction and cognitive restructuring. Dr. McCaffrey strives to help people attain their optimum level of vitality through attention to all aspects of wellness. For more information, click here.] This article appears courtesy of Early to Rise’s Total Health Breakthroughs which offers alternative health solutions for mind, body and soul.

The Three Type Diabetes- Type 1 Diabetes, Type 2 Diabetes, Gestational Diabetes

Diabetes is a disease that when the body does not generate enough insulin to break down sugar in the blood. One can get diabetic if he does not consume properly or does not take care of the body.

Nevertheless, heredity play a big role in diabetes as well. Any type Diabetes can influence many parts of the body causing serious health problems. It can cause blindness, amputation of legs, or feet.

The three type Diabetes:

1. Type 1 Diabetes.

2. Type 2 Diabetes.

3. Gestational Diabetes.

The three-type-diabetes, cause blood sugar levels to become higher than normal. Nevertheless, they cause it in different ways. Type 1 is uncommon than the second type.

Most of diabetics countrywide suffer from type 2, which takes place at the time that the body becomes unable to process insulin as it should be. Over 95% of diabetics are type 2, which is insulin-resistant.

Type 1 – Juvenile Type Diabetes

Since, Type 1 diabetes mainly occurs in kids and young adults it is called also juvenile diabetes. This type diabetes affects 5% of all diabetics.

This type diabetes happens at the time that the body’s immune system attacks the insulin-producing cells of the pancreas. At the time that the body can’t turn blood sugar, or glucose, into energy either for the reason that it does not generate enough insulin or does not use it properly diabetes will result. In the past, it was common that Type 1, the Juvenile Type Diabetes, only takes place in children but recent research shows that it also can develop in adults.

This type-diabetes is treatable. Medications, exercise and strict diabetes diet will be required to keep up health.

Adult-Type Diabetes – Diabetes Type 2

Some people develop a Diabetes Type called secondary diabetes, Diabetes Type 2 This type diabetes is similar to type 1 diabetes, though adult-type diabetes – Diabetes Type 2 takes place, as the body is incapable to respond to insulin ordinarily .

The beta cells are not destroyed by the immune system however by a number of other causes, such as cystic fibrosis or pancreatic surgery.

Constructing people with type 1 diabetes, most people with type 2 diabetes can produce insulin, but not enough to meet the body’s requirements.

Type Diabetes: Diabetes Gestational

Higher maternal women ages are to be expected to have the type diabetes-Diabetes Gestational. Additional essential issues that cause diabetes: obesity and family records of Type 2 Diabetes.

A national research reveals that at the childbirth, more or less 4% of all pregnancies are typically complex due to diabetes. Mothers diagnosed with diabetes for a long time, have less odds of transferring diabetes onto born babies.

Research found that the baby might develop diabetes after birth at anytime later in life.

Also, having diabetes increases a mother’s possibility of the following:

1. Preeclampsia, high blood pressure that happen while expecting.

2. Low glucose episodes, which can sometimes be deadly if not managed appropriately.

Fortunately, these risks can be reduced by good preparation and diabetes diet before the pregnancy, as well as early prenatal care, exercise and punctual care at the time of delivery.

By: Michael Green

Article Source: ArticleInfo.org


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