D-mannose - The Natural Medication For Cystitis

Nowadays, several people suffer from bladder infection. The disease effects people from all age group and gender wither men, women, children or adults. However, the disease is mainly found in women who have shorter urethra. Thus, a short anatomy leads to frequent transfer of the bacterium from the anus to the urinary bladder. The infection also effects people who are can't empty their urinary bladder at the time of urinary secretion.

Therefore, people are advised to consume D-mannose, a GlycoNutrient sugar that cures the lower urinary tract infection within two or three days. The infection is caused due to attack of Ecoli bacteria on the urinary bladder. This harmful bacterium sticks itself to the bladder walls and leads to frequent or urgent urine secretion. Some people also experience pain while secreting the natural waste. Hence, the condition can get worse, if you won't take immediate precautions. Later on, the infection can also travel to the upper urinary parts and lead to kidney infections.

Once an individual consume D-mannose, the sugar solution flows through the body and enters into the urinary bladder. This natural medicine attracts Ecoli bacteria towards itself. Hence, the bacterium moves from away from the bladder walls and sticks with the D-mannose molecules. Later on, the bacterium is flushed out of the human body in the next urine secretion. Therefore, it removes the harmful bacterium from the urinary system and cures bladder infections.

Hence, if your body is showing symptoms of urine infections, then consult a doctor and get immediate medication before the infection aggravates. Generally, doctors advise to consume one to seven tablespoons of D-mannose in a day. However, the intake may depend on your age and level of infection.

Moreover, always consume 100% natural D-mannose, since an artificially made medication can show adverse effects on your body.

So, consume D-mannose and get relief from painful bladder infection.

Treatment Options For Nasal Polyps

Nasal polyps are soft, jelly-like overgrowths occurring in the lining of sinuses. They appear as grayish grape-like mass in the nasal cavity. Polyps in the nose and sinuses are rarely malignant. But large polyps can cause nasal blockage, making it hard to breathe. Even so, most nasal polyp problems can be helped.

Nasal polyps occur in around 1 in 200 people. Most of the time, the cause is never known. Some may be a result of swelling from a sinus infection. Other factors like asthma or aspirin sensitivity and allergies may also trigger polyps and make them grow faster. Also, the chance of re-occurrence is greater even after sinus operations.

Polyps block the nose, and in most cases there is a decrease in the sense of smell. Since much of our sense of taste is related to our sense of smell, patients with polyp may describe a loss of both taste and smell.

Nasal obstruction can also occur - the pathways where the sinuses drain into the nose can be blocked by polyp. This would cause the mucous to remain in the sinuses, causing congestion. It can also cause pressure over the forehead and face. When mucous is in the sinuses too long, there is a high risk of infection.

Although most people with nasal polyps have no symptoms and require no treatment, those who do experience symptoms have different treatment options.

If the polyps are a result of a sinus infection, they often will be treated as how sinusitis symptoms are treated. Aggressive medical treatment of sinus infection is helpful to treat polyp growths. Nose sprays are the most effective because they allow easy topical application of medication to the infected areas.

Other treatment options include:
*Surgical removal - the polyp is extracted surgically from the affected area. Removing the polyps with surgery usually allows people to breathe easier through the nose. The surgery lasts approximately 45 minutes to 1 hour. The surgery can be done under general or local anaesthesia, and the polyps are removed using endoscopic surgery. Recovery from this type of surgery is anywhere from one to three weeks. However, there is a risk of re-growth in 50% of patients.

*Cortisone or steroids - the polyp will shrink down temporarily and slow down polyp growth. Cortisone cannot be taken long term because of high risk of side effects.

*Sinus Rinse or Nasal Lavage - Sinus rinses with warm water mixed with a small amount of salt can be very helpful to clear sinuses. This method can also be used as a preventive measure to discourage the polyps from growing back and should be used in combination with a nasal steroid.

*Allergy desensitization injections- sometimes used in allergic patients with hay fever and polyps. While this often helps with hay fever and therefore reduces the fever's negative effects on the polyps, there is no guarantee that the injections help shrink the polyps directly.

*Although there is no real way to prevent or eliminate nasal polyps completely, therapy aimed at the cause can help.

Death By Sudden Cardiac Arrest - All The Facts You Don't Want To Know, And A few You Do

Of the many diseases that afflict mankind, sudden cardiac arrest is among the most insidious. Basically, it is the sudden, unexpected cessation of all regular heart activity. As you'll read later, there is a little more to it than that - but this is a good, workable definition for now.

The Problem

Sudden cardiac arrest, or SCA, although more common among the elderly, is not limited to a particular age group. Children, athletes, people in the prime of life, just about anyone can experience SCA. The reason lies in the fact that there are a number of different triggering factors. One of the more common is the regular heart attack, where one or both of the coronary arteries become blocked by fatty deposits and plaque, causing reduced blood supply to the heart muscle. In fact, sudden cardiac arrest is often preceded by one or more heart attacks. Other triggering factors include: congestive heart disease; sudden, heavy impact to the chest area; and congenital (present at birth) heart defects.

Survival rates among sudden cardiac arrest victims are quite dismal. Less than five per cent of people suffering cardiac arrest outside of a medical facility survive. This is in great part due to the fact that a person only has approximately four to six minutes to receive medical attention before the onset of brain and body death. The time-frame is painfully short because of what happens to the heart during sudden cardiac arrest.

Unlike a heart attack, in the case of sudden cardiac arrest an electrical malfunction occurs in the lower chambers of the heart, causing it to "fibrillate". Fibrillation is a condition where the heart ceases to beat, instead going into a chaotic quivering motion. Because this happens in the lower chambers of the heart known as the ventricles, it is known as the ventricular fibrillation. At this point the body and brain are no longer receiving oxygen and unless the heart resumes normal beating within several minutes, brain damage then body death will follow.

Over 250,000 deaths a year occur in the US due to sudden cardiac arrest. So what can we do about it? Well, in the first place, a knowledge of CPR (cardiopulmonary resuscitation), is great for anyone to have under their belt - especially those of us who live with people who have known heart disease and are at high risk of heart problems. This can be used on a victim of sudden cardiac arrest, but it's rate of success is poor.

So What Can Be Done?

The ideal solution would be to have a defibrillator near the victim at the time of the crisis. But home-use, portable defibrillators are very under-used today, mainly because the public is not as aware of them as they should be. This is the same basic device paramedics use on victims of sudden cardiac arrest once they reach the scene. Unfortunately, due to the small widow of opportunity open to save the person's life, these attempts often arrive too late.

Automated external defibrillators are not new, but, in their present form (since about the mid 90's) they really have become a new and revolutionary device. Once only seen in the hands of trained professionals, they can now be bought for less than the cost of an overnight stay at your local hospital (Ok, I know, so can a trip to the Bahamas or a hundred year old Ming Vase - well why don't I be a little more specific). You can pick one up for well under $1,500, possibly even under a thousand if you're willing to shop around.

They are able to talk a non-trained rescuer through the entire defibrillation process - and that after determining if defibrillation is even necessary. Some units will even talk the rescuer through CPR if it is needed.

So what does this mean for people at most risk?

It means they don't have to worry about the paramedics' arriving "too late". These devices are portable. If they want to go out to dinner or the movies, they can take it along. If the worst does happen they can rest easier in the knowledge that survival rates increase from 5% to around 75% if defibrillation is administered within several minutes of the onset of sudden cardiac arrest.

Sudden cardiac arrest has been tamed by the introduction of this new breed of defibrillator. What we need now is more public awareness and education. And we need to see more portable defibrillators in homes (where 80% of victims are when SCA strikes) and offices around the county.

We also need to see portable defibrillators available in schools, colleges, and universities. It's not uncommon to hear of young athletes or college students suffering cardiac arrest and dieing because medical crews couldn't reach the scene in time.

What to expect

Given that some of the above positives happen, we should someday see mortality rates from sudden cardiac arrest begin a dramatic decline. But let's hope it happens sooner rather than later.
Spread the word won't you!?

And On That Note:

if you would like to increase awareness of this subject, copy and email this article to your local congressman or congresswoman - in fact anyone you know who might benefit from the information.