Pelvic floor exercise promotes strengthening of the pelvic floor muscles, which studies have shown increases the power and intensity of the female orgasm.Exercise enhances pelvic floor tone, strength and control, heightening intimate sensation. Intensity is an intimate health and stimulation device that exercises the pelvic floor muscles.
Sexual dysfunction includes low sexual desire, vaginal dryness, orgasmic dysfunction, difficulty maintaining arousal, and painful intercourse. 2008 17(6):451-477.According to the Journal of the American Medical Association, 43% of women experience sexual dysfunction at some point in their life. Superabsorbent polymer materials: a review. Water-absorbing balls: a "growing" problem. Zamora IJ, Vu LT, Larimer EL, Olutoye OO. Mortality in a case of crystal gel ball ingestion: an alert for parents. Super-absorbent polymer: a review on the characteristics and application. Meshram I, Kanade V, Nandanwar N, Ingle P. Dangerous toys: the expanding problem of water-absorbing beads. Bowel obstruction following ingestion of superabsorbent polymers beads: literature review. The choking hazard of water beads (Children's Wisconsin)Ĭaré W, Dufayet L, Paret N, Manel J, Laborde-Casterot H, Blanc-Brisset I, Langrand J, Vodovar D. Water Beads: Harmful if Swallowed, Put in Ears (Healthy Children) Both options are free, confidential, and available 24 hours a day.įor media inquiries, please contact Krista Osterthaler at shareable link Get a fast personalized recommendation online or call 1-80. If you or a loved one swallows a water bead, reach out to Poison Control immediately to find out what to do. They are unlikely to contaminate the soil or environment. Superabsorbent polymers biodegrade over time in the environment. Used water beads can be disposed of in the trash. Water beads are also a choking hazard, especially in children younger than 3 years. The infant underwent surgery to fix the intestinal obstruction but later developed an infection and died. In that case, a 6-month-old boy suffered a bowel blockage after swallowing a single superabsorbent polymer bead given to him by a neighbor.
At least one death has occurred after water bead ingestion by a child. Swallowing water beads can cause life-threatening intestinal damage. These qualities make water beads appealing to young children, who may swallow them or put them in their ear, nose, or other body openings.Īlthough the polymers used to manufacture water beads are non-toxic, the beads can absorb fluid and expand in the intestinal tract after they are swallowed, and this can cause serious and sometimes life-threatening intestinal blockage. Water beads sold as toys are often brightly colored and may resemble candy. Some brands of toy water beads include Orbeez ®, MarvelBeads ®, and Elongdi ®. They are also marketed as children’s toys or therapies for children with sensory processing or autism spectrum disorders. Currently, water beads are used as fluid absorbers in baby diapers, incontinence garments, and menstrual pads. Florists use them to keep a beautiful floral arrangement hydrated. Water beads were initially used as agricultural products intended to maintain soil moisture. Some of these beads are the size of a marble initially and can expand to the size of a tennis ball after they are exposed to water. This allows the beads to increase their size by 150-1500 times after exposure to water. When exposed to fluids such as water, they can absorb and retain hundreds of times their weight in water within their structure, without dissolving. The polymers that are present in water beads are superabsorbent. The polymers that are formed are able to absorb large amounts of water within their chemical structures, without dissolving in the water. These substances undergo chemical reactions to form polymers, or large chains of molecules. Most superabsorbent polymers manufactured today are synthetic and are made from petroleum products, polyacrylate, and other acrylics. Superabsorbent polymers can be synthetic (man-made) or natural. Water beads are made from superabsorbent polymers.
0 kommentar(er)
