The DivaCup has not been linked at all to getting Toxic Shock Syndrome. Toxic Shock Syndrome results from a chemical imbalance in the vagina caused by the absorption of vaginal fluids that carry dead cells and other organisms away. Tampons absorb these fluids, disturbing your body's natural cleaning cycle, which is why they put you at risk of Toxic Shock Syndrome and bacterial infections (read the warnings on the side of your box of tampons for more info).

There is always a "chance" of getting toxic shock syndrome (TSS) with any menstrual product. GladRags are one of your safer options because blood is flowing out of the vaginal canal, where the development of TSS is most likely to occur. TSS is caused by usually harmless bacteria found on our skin or in parts of our body. If they get into the bloodstream, through a cut or tear, they release a toxin.

Laboratory studies show that the INSTEAD® Softcup® does not promote growth of the kind of bacteria that causes TSS. Use of super absorbent tampons that contain hundreds of fibers is associated with an increased risk of acquiring TSS. Unlike tampons, the INSTEAD® Softcup® has no fibers and is not absorbent. To date, we have not had any reported cases of TSS, but we continue to monitor to determine the actual risk of TSS.

TSS is a very rare condition caused by bacteria multiplying rapidly and being absorbed into the bloodstream. TSS can affect men, women and children and some cases have occurred in women using tampons. It is important to remember that the bacteria are the cause of the illness - not the tampon. Thereâ??s no need to avoid tampons or worry about it. Just make sure you try to use a tampon with the lowest absorbancy suitable for your needs and change it as often as directed on the pack.

Toxic shock syndrome (TSS) is a rare, often life-threatening illness that develops suddenly after an infection and can rapidly affect several different organ systems, including the lungs , kidneys , and liver . Since toxic shock syndrome progresses quickly, immediate medical treatment is needed.

Toxic shock syndrome is the rare result of infection by Streptococcus pyogenes (group A strep) or Staphylococcus aureus (staph) bacteria. These bacteria produce toxins that can affect most people. However, people who haven't developed an immunity to these toxins can have a severe reaction to them, resulting in toxic shock syndrome.

Because it progresses so quickly, toxic shock syndrome is usually diagnosed and treated based on symptoms and signs of infection without waiting for laboratory results. Additional blood and tissue tests can help identify the type of bacterium causing the infection.

Toxic shock syndrome (TSS) is the bodys response to a toxin produced by a bacterium called Staphylococcus aureus. We all have bacteria throughout our bodies, and in fact we need them to have our bodies function properly. Up to 50% of people will carry this particular strain of bacteria at any given time. Most of the time, it does not cause us any harm, and many of us have natural resistance to the toxin it produces.

Toxic shock syndrome is a very rare complication of the diaphragm, which is usually a consequence of failure to remove the diaphragm within 24 hours. The user should seek medical attention if any symptoms of toxic shock syndrome are displayed (sudden high fever, diarrhea, vomiting, dizziness, weakness, muscle aches or sunburn-like rash).

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Toxic shock syndrome (TSS) is a rare but serious infection caused by a bacterial toxin. It may be caused by different bacteria but is usually due to streptococci and staphylococci. The number of reported TSS cases has decreased a lot in recent years. About half the cases of TSS reported today are associated with tampon use during menstruation, usually in young women. TSS also occurs in children, men, and non-menstruating women.

Toxic shock syndrome is a very rare complication of the cervical cap, which is usually a consequence of failure to remove the cervical cap within 48 hours. The user should seek medical attention if any symptoms of toxic shock syndrome are displayed (sudden high fever, diarrhea, vomiting, dizziness, weakness, muscle aches or sunburn-like rash).

The DivaCup is an internally worn reusable menstrual cup that is used to collect your menstrual flow. The Diva Cup is a reusable menstrual cup just like the Keeper or the Mooncup. The main difference between the DivaCup and the Keeper is that the DivaCup is made from soft medical grade silicone, which is 100% hypo-allergenic. The Keeper is made from natural latex rubber, which contains nitrosamine. Women who have allergies or sensitivities to any form of latex should not use The Keeper.

Sit down, if you’re not already sitting or lying down! If the first shock doesn’t correct the problem you may receive another. You want to avoid further injury as you may fall onto something. Your doctor should have given you instructions on how to proceed. Generally, if you have received multiple shocks they will want to see you immediately. If you have a single shock and you feel fine, you should still give your EP office a call.

The long QT syndrome (LQTS) is causing an abnormality of the heart's electrical system. The mechanical function of the heart is entirely normal. The electrical problem is due to defects in heart muscle cell structures called ion channels. These electrical defects predispose affected persons to a very fast heart rhythm (arrhythmia) called "Torsade de Pointes" (TdP) which leads to sudden loss of consciousness (syncope) and may cause sudden cardiac death.

The diagnosis is commonly suspected or made from the electrocardiogram (ECG). All children and young adults should have an ECG as part of their evaluation for an unexplained loss of consciousness episode. On the other hand, there is the possibility to check blood samples for known gene mutations that cause LQTS.

After experiencing SCA, a victim’s chance of survival without an AED shock decreases by 7 to 10 percent with each passing minute. – American Heart Association

The name of the long QT syndrome refers to the QT-interval measured on the electrocardiogram (ECG or EKG for the German term "Elektrokardiogramm"). Your specialist may refer to long QT syndrome as Romano-Ward syndrome or Jervell, Lange-Nielsen syndrome (see point 3).

INHERITED: Inherited long QT syndrome was first clearly described in 1957. There are two variants, the autosomal dominant Romano-Ward (named by the doctors who first described the disease, O. Connor Ward and C. Romano) type and the autosomal recessive Jervell, Lange-Nielsen (Doctors A. Jervell, F. Lange-Nielsen) type. Inherited long QT syndrome is caused by mutations of at least 9 genes, and possibly more. Five different genes have so far been found.

The frequency is unknown but it appears to be a common cause of sudden and unexplained death in children and young adults. It is certainly much more common than previously thought. It may be as frequent as 1 in 5000 to 7000. This means, one of 5000 to 7000 newborns have the disease. The Jervell, Lange-Nielsen form is rare, but the Romano-Ward variant is being recognized with increasing frequency. In the USA, the presence of long QT syndrome is estimated to affect about 50.

It is generally estimated that approximately 10% to 12% of all patients with long QT syndrome show a normal QT-interval on their ECG. However, this does not mean that these patients are not affected by long QT syndrome. In such cases, a more profound evaluation is needed.