Can you pee with a tampon in and keep it in
This number went down to 1 percent in 1986. Forty-two percent of tampon users in the United States used the highest absorbency products in 1980. In 1990, the FDA regulated the labeling of absorbency of tampons, meaning that the terms “low absorbency” and “super-absorbent” had standardized definitions. Because of this, manufacturers started reducing the absorbency of tampons.Īt the same time, the FDA stated that tampon package labels had to advise users not to use super-absorbent tampons unless absolutely necessary. In the early 1980s, toxic shock syndrome was linked to the use of super-absorbent tampons. This is partly because people are more aware of the condition today, and because the Food and Drug Administration (FDA) has regulated the absorbency and the labeling of tampons.Īccording to Cleveland Clinic, toxic shock syndrome was first identified in 1978. Toxic shock syndrome is much less common than it once was, according to the Rare Disease Database. High-absorbency tampons can be riskier, possibly because it absorbs more of the vagina’s natural mucus, drying it out and increasing the chances of creating small tears in the vaginal walls. This bacteria can enter the body if there are microscopic scratches in the vagina, which could be caused by the fibers in tampons. While experts aren’t entirely sure how tampons can cause toxic shock syndrome, it is possible that the tampon attracts bacteria because it’s a warm and moist environment. Usually the infection occurs when there’s a cut or opening in the skin. Staphylococcus aureus is always present in your nose and skin, but when it overgrows, an infection can occur. The syndrome can also occur due to toxins caused by group A streptococcus (strep) bacteria. This is the same bacterium that causes a staph infection, also known as MRSA. It can occur when the bacterium Staphylococcus aureus gets into the bloodstream. It can affect anyone, not just people who use tampons. While toxic shock syndrome is rare, it’s serious and potentially fatal.