The Walden Group(R), Inc., www.waldenmed.com, has just released its Strategic Healthcare M&A Report for the first quarter of 2008. (PRWeb Apr 8, 2008)
Read the full story at http://www.prweb.com/releases/report/healthcare/prweb842554.htm
The term “miracle” has been in use for hundreds of years when it comes to products that are claimed to aid health. Does this mean that it’s always false? Not necessarily. Occasionally a seemingly “new” product will enter the spotlight and draw the attention of the public. Often, after a series of tests and trials, these products drop into forgetfulness because they didn’t actually perform in the ways purported. There are exceptions to this rule; as with the supplement benfotiamine.
Benfotiamine is a natural solution to many problems in the human body. This product is one of nature’s best sources of thiamine; or B-1. The FDA has approved this additive as a dietary supplement. Vitamin B-1 is a necessary substance in the body because it maximizes the results of your carbohydrate intake. It also helps with stress, improves your mental health and strengthens your general nervous system.
Benfotiamine is commonly found in trace amounts within such substances as roasted garlic, onions, leeks and shallots. Many years ago, a Asian pharmaceutical company attempted to bring attention to this substance. Unfortunately, their efforts gained little traction. Recently, a physician produced a published article detailing the benefits of benfotiamine and since then the product has rapidly gained popularity.
This product has been tested for individuals with conditions pertaining to diabetes, but the full scope of clinical testing does not end there. Benfotiamine has been tested for decades for its effects and capabilities in helping all types of conditions.
For those with diabetes, this substance has been reported to alleviate sciatica as well as improve general cellular and circulation health. Neuropathy is a painful condition encountered by individuals with diabetes. There are several other related conditions that have all responded well to this supplement.
This supplement has helped many with diabetes, but also helps those without it. This supplement has also been reported to have benefits for: nerve health, improved blood pressure, fibromyalgia and has been used in the treatment of Alzheimer’s disease. It has been suggested that benfotiamine contains many anti-aging properties that help the body.
Vitamin B-1 is reported to combat motion sickness. It helps in the treatment of the painful condition known as “shingles,” helps lessen post-operative dental pain and even repels biting insects. B-1 is found naturally in many products including whole wheat foods, farm products, peanuts, meal and rice husks.
Benfotiamine has no known interactions with prescription medications and, in turn, helps replenish the body with thiamine. There are some prescription drugs that will cause a B-1 deficiency if no supplements are taken.
Benfotiamine is lipid-soluble (or fat-soluble) and this calibre means the intent of “overdosing” is nearly impossible. It metabolizes quickly and does not build up in the human body. There are certain individuals who require a higher dose to be most effective. Those who love caffeine, who are pregnant, who smoke or drink alcohol may have a B-1 deficiency.
There are many forms of this product, but capsules seem to be the most common outside of the food groups. The effects are noted to take anywhere from two to three weeks to fully develop. If you are interested in starting a regimen of benfotiamine, or any supplement, consult your physician first.
More information is acquirable on Benfotiamine a bioactive form of B-1 is acquirable at VitaNet , LLC Health Food Store. http://vitanetonline.com/
Source: ArticleTrader.com
Advise your patient to purchase shoes that are prefabricated of natural material, such as leather. Explain that synthetics don’t allow enough air circulation. If she has decreased sensation in her feet, suggest that she take a family member along when she buys new shoes. She can ask the family member to feel her foot through the shoe to make sure it isn’t too tight. If necessary, tell her how to order adaptive footwear, such as extradepth or specially constructed shoes.
If your patient has an orthotic insert and she’s buying regular shoes, tell her to make sure she has enough room between the sole and upper part of the shoe for the insert. Explain that orthotics help refrain pressure sores by dispersing pressure evenly crossways her foot. If she has foot deformities, such as claw toes, tell her to make sure that her toes don’t rub against her shoe.
Tell your patient that good running shoes prefabricated of soft artifact may be an acceptable alternative to custommade shoes. Advise her to select running shoes that have a wide toe area and a thick sole and that alter up the front, not the side. Explain that by wearing comfortable running shoes, she’ll have better equilibrise and achievement more comfortably.
Encourage her to refrain high heels because they increase pressure on the ball of the foot and may decrease sensation. Instead, she should buy low heels or flats.
Wearing New Shoes
Advise your patient to wear new shoes for about 2 hours and then examine her feet for pressure areasred spots that may turn into blisters. If she finds no pressure areas, she can continue to wear the shoes for a few more hours and then examine her feet again. If she still finds no pressure areas, she should increase the wearing time slowly over a few days. If she does notice pressure areas, she should refrain wearing the shoes because a foot lesion may develop.
Chronic Complications od Diabetes
A patient with diabetes mellitus has a high risk of developing chronic complications that can affect just about every body system. If untreated or improperly managed, many of these complications can lead to painful, debilitating, or life-threatening conditions.
Along with other members of the health care team, you’re responsible for helping your patient understand that she’s at risk for developing microvascular, macrovascular, and neuropathic complications and for teaching her how to prevent them or to slow their progress. If your patient is hospitalized because of chronic complications, you’ll need to wage her with thorough teaching about self-care after discharge. To help ensure that she follows through, include family members in your teaching. If your patient will have a home care nurse, she’ll evaluate the plan of care continually to determine whether or not the patient is meeting her goals.
Your teaching and plan of care should focus on helping your patient better control her diabetes to postpone or help prevent the onset of complications, detecting signs and symptoms that indicate the onset of complications and intervening appropriately.
About information on curing diabetes. Also did you know about diabetes control and Diseases and Conditions.
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The chronic complications of diabetes are typically classified as microvascular, macrovascular, or neuropathic.
Microvascular complications result from the thickening of capillary and arteriole basement membranes. Although these changes occur in the small blood vessels throughout the body, they most commonly affect the eyes and kidneys, resulting in retinopathy and nephropathy, respectively.
Macrovascular complications of diabetes include coronary artery disease (CAD) and peripheral vascular disease. They result from accelerated atherosclerotic changes in the walls of the coronary arteries and the large and medium blood vessels in the legs and feet.
Diabetic neuropathy, the most common type of chronic complication, can be classified as peripheral (affecting the nerves of the legs and feet), autonomic (affecting involuntary nerves of the internal organs, such as the nerves that innervate the bladder muscles or cardiovascular system), or focal (affecting a single nerve or group of nerves). About 12% of patients have neuropathy when they’re diagnosed with diabetes. After 25 years, that number increases to about 60%. If your patient has Type 2 diabetes, she may have sensory and autonomic dysfunction at the time of diagnosis because Type 2 diabetes is commonly diagnosed long after it begins.
As with many other chronic complications of diabetes, the cause of diabetic neuropathy is poorly understood. However, several theories offer doable explanations. In one theory, vascular changes that occur with diabetes may statement for many pathophysiologic changes. For example, because many patients with diabetes also have cardiovascular disease, the blood flow to the capillaries that supply nerve tissue may become impaired, resulting in tissue ischemia or necrosis. In another theory, metabolic changes are the culprit. For example, sorbitol and fructose accumulate in the diabetic patient’s nerve tissue, and the concentration of myo-inositol decreases in the Schwann cells of nerve tissue. Because less myoinositol is available, the myelin sheathes have less protection, and nerve impulses can’t be conducted.
Stages of Diabetic Nephropathy
In a patient with Type 1 diabetes, diabetic nephropathy typically progress through five stages.
Stage I Stage I, which occurs soon after the onset of diabetes, is characterized by renal hypertrophy, an increased glomerular filtration rate (GFR), and an increased glomerular capillary surface area. With tight blood glucose control, the GFR may return to normal. Microalbuminuria may develop, but it can also be reversed with tight blood glucose control.
Stage II Stage II occurs about 5 years after the onset of diabetes. During this stage, the glomerular capillary basement membrane thickens, and mesangial matrix material accumulates. This reduces the filtration surface area and results in scarring. The GFR remains elevated.
Stage III Also known as incipient nephropathy, stage III occurs 10 to 15 years after the onset of diabetes. Characteristic signs include continual microalbuminuria, a high GFR, and increased blood pressure.
Stage IV Stage IV develops 15 to 25 years after the onset of diabetes. Signs and symptoms include hypertension, retinopathy, and symptom that can be detected by a urine dipstick test. The GFR steadily decreases. Intensive treatment at this stage can help slow the progression of the disease to stage V.
Stage V In stage V, renal unfortunate progresses to the point that the patient needs dialysis or a kidney transplant. This stage generally occurs 20 to 30 years after the onset of diabetes. Signs include elevated blood urea nitrogen and creatinine levels and a rapid decline in the GFR.
For more info about diabetes tests and diabetes information have a look at authors site.
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When teaching your patient how to inject insulin, give her the following instructions:
Assemble all equipment. Then wash your hands with warm water and soap.
If you’re using intermediate-acting or long-acting insulin, gently roll the bottle between your hands. Never shake the bottle. If you’re using regular insulin, skip this step.
Clean the top of the bottle with alcohol. let it dry so that you don’t inadvertently introduce alcohol into the insulin.
Inject an amount of air into the bottle equal to the amount of insulin to be drawn up.
If you’re mixing more than one type of insulin, draw up the regular insulin first. Be sure to draw up the proper amount of insulin. If you see air bubbles in the syringe, gently tap it with your finger and near lightly on the plunger.
Clean the injection site with alcohol or warm water. If you use alcohol, let it dry before injecting the insulin.
Spread the skin at the injection site. Smoothly inject the needle at a 90-degree angle.
Withdraw the needle and immediately apply pressure to the injection site with a cotton ball or alcohol swab. Don’t massage the area.
Discard the needle in a puncture-resistant container, such as a coffee can.
Sodium
The American Diabetes Association recommendations for sodium, less than 3,000 mg per day, are no more restrictive than is common for the general population. Patients with diabetes who also have hypertension should ingest no more than 2,400 mg of sodium per day.
Common Caloric Sweeteners
Sweeteners are classified as caloric or noncaloric. Sucrose, fructose, and alcohol sugars are the most common caloric sweeteners. Caloric sweet- eners are no longer illegal from the diets of patients with diabetes. But if your patient consumes sucrose or fructose, she must exchange it for another carbohydrate. Just like other sources of carbohydrate, sucrose and fructose wage 4 calories per gram. However, your patient shouldn’t consume more than 5% of her regular carbohydrate calories in the form of caloric sweeteners.
Sugars in alcohol-sorbitol, xylitol, and mannitol-have little effect on blood glucose levels. Your patient shouldn’t include them when calculating the carbohydrate content of foods. She also shouldn’t use them to treat hypoglycemia.
Patients with diabetes may take all the noncaloric sweeteners currently approved for use in the United States- aspartame, acesulfame K, and saccharin. They contain virtually no calories and have a negligible effect on blood glucose.
Looking for more information about diabetes tests and herbs for diabetes?
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For your patient with diabetic retinopathy, a physician may prescribe eyedrops to lubricate the eyes, control postoperative pain, or fight infection. To make sure the patient administers the drops correctly, give her these instructions:
Wash your hands. Then check the drops for discoloration or sediment. If you see either, return the eyedrops to the pharmacy for a replacement.
Warm the eyedrops container by rolling it between your hands for several minutes.
Wipe any drainage from your eye with a clean cotton ball or a tissue moistened with water. Always wipe away from your eye, not toward it.
Tilt your head back slightly, look up at the ceiling, and pull down your lower eyelid.
Hold the container over the exposed lower part of your eye and place the prescribed number of drops onto the eye. Don’t touch the sterile part of the container.
Release the lower lid and gently close your eye.
Then wipe away excess drops with a clean cotton ball or tissue.
Open your eye and keep it open for about 30 seconds. To prevent the eyedrops from being absorbed into your tear duct, gently press on the area where your eyelids join your nose.
Peripheral Vascular Disease: Selecting The Right Shoes
Advise your patient to purchase shoes that are prefabricated of natural material, such as leather. Explain that synthetics don’t allow enough air circulation. If she has decreased sensation in her feet, suggest that she take a family member along when she buys new shoes. She can ask the family member to feel her foot through the shoe to make sure it isn’t too tight. If necessary, tell her how to order adaptive footwear, such as extradepth or specially constructed shoes.
If your patient has an orthotic insert and she’s buying regular shoes, tell her to make sure she has enough room between the sole and upper part of the shoe for the insert. Explain that orthotics help refrain pressure sores by dispersing pressure evenly crossways her foot. If she has foot deformities, such as claw toes, tell her to make sure that her toes don’t rub against her shoe.
Tell your patient that good running shoes prefabricated of soft artifact may be an acceptable alternative to custommade shoes. Advise her to select running shoes that have a wide toe area and a thick sole and that alter up the front, not the side. Explain that by wearing comfortable running shoes, she’ll have better equilibrise and achievement more comfortably.
Encourage her to refrain high heels because they increase pressure on the ball of the foot and may decrease sensation. Instead, she should buy low heels or flats.
Wearing New Shoes
Advise your patient to wear new shoes for about 2 hours and then examine her feet for pressure areasred spots that may turn into blisters. If she finds no pressure areas, she can continue to wear the shoes for a few more hours and then examine her feet again. If she still finds no pressure areas, she should increase the wearing time slowly over a few days. If she does notice pressure areas, she should refrain wearing the shoes because a foot lesion may develop.
Looking for more information about managing diabetes and diabetes mellitus? Also, know more about condition and ailments
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Analytical Bio-Chemistry Laboratories, Inc. announced today a strategic organizational restructuring aimed at supporting the drug development efforts of specialty, virtual and other small drug development companies. The company's new Pharmaceutical Program Management unit will assist sponsors with study design and regulatory consulting services, and dedicates senior staff to wage oversight of operational performance, assist collaboration and ensure timely delivery of its products. The program is backed by rigorous metrics-driven performance measurement. (PRWeb Apr 8, 2008)
Read the full story at http://www.prweb.com/releases/program/pharmaceutical/prweb842634.htm
Fitness Together Holdings, Inc. (FTHI) announced today a record number of new franchise sales. March 2008 represented their biggest month of the year in terms of franchise units sold, up 53% over February, 2008. February realized a 30% increase of units sold over January, the month prior. FTHI offers two business models to people in search of a franchise opportunity in the wellness industry, Fitness Together and elements therapeutic massage. (PRWeb Apr 8, 2008)
Read the full story at http://www.prweb.com/releases/2008/04/prweb829654.htm
