MUST TRY !! 5 Ways Dish Soap Slime, DIY 5 Ways No Glue Dish Soap Slime, No Borax.
How to Make 5 Ways Dish Soap Slime, DIY 5 Ways No Glue Dish Soap Slime, No Borax ,Real and Easy Dish Soap and Body Wash slime Tutorial! If u have dish soap and toothpaste you can try the recipe easily!!The Best Ever Slime in YouTube !! In this video you will see best slime recipes that you have ever seen! no glue no borax slimes, I’ll be testing out a slime that doesn’t need borax, detergent, glue, corn starch and contact solution! The Best Dish Soap toothpaste and Salt Slime,No Glue Dish Soap Slime has no shaving cream, borax, baking soda, gel, liquid starch, laundry detergent, tide, (and eye drops since it’s solution). You can check out our easy homemade silly putty videos for salt, flour, cornstarch, shampoo, toothpaste slime recipe tutorials in english! Hope you guys enjoy this diy slime bubble lookalike. This was a fun asmr slime to make with almost 2, 3 main ingredients used with household items and stuff. Your dinner plates that you used for Thanksgiving can now have their very own slime bath! ingridiends I hope u enjoyed the video Dish Soap and Colgate Toothpaste Slime , How to Make Slime Soap Salt and Toothpaste, NO GLUE !! The recipie is fantastic! i prefer to have dish soap cuz it gave me a better result when i put it in the freezer for half an hour .Hope you enjoyed sub and like bye;)
Dish Soap
Colgate Toothpaste
Salt
Something to stir
Container
Put in the freezer for 1or2 hrs!
Borax solution : 1 glass of hot or warm water+ 1 teaspoonfull of Borax melted. I hope you like it; if it is please hit the like button and subscribe. Thanks!I
What is dish soap? a thick liquid detergent, added to hot water when washing pans, knives and forks, etc. get pumped to get clean dishes
What isToothpaste? Every morning and night, you squeeze a small amount of toothpaste onto your toothbrush. But have you ever wondered what is in toothpaste that makes it clean your teeth? Most toothpastes share common ingredients, both active and inactive. Active ingredients are what help fight cavities and reduce your risk of gum disease. The inactive ingredients give the toothpaste its taste and texture. They may not take an active role in protecting your teeth from cavities or disease, but without
toothpastes don’t contain sugar and thus won’t cause tooth decay. The ADA may give its Seal of Acceptance to toothpastes with sweeteners, but it will not sign off on a toothpaste that contains decay-
About Slime:
Slime was a toy product manufactured by pillo, sold in a plastic trash can and introduced in the winter of 1976. It consisted of a non-toxic viscous, squishy and oozy green or other color material made primarily from guar gum.[1] Different variations of Slime were released over the years, including Slime containing rubber insects, eyeballs, and worms and Masters of the Universe Slime for Hordak’s Slime Pit playset in the 1980s.
The late 1970s also introduced a Slime Monster board game; the object of the game was to avoid having your game piece slimed on by a foot-tall plastic monster that had slime oozing from its mouth. Other toy companies have produced their own slime such as the Ecto-Plazm play gel[2] sold with select figures in Kenner’s Real Ghostbusters toyline. Playmates’ Teenage Mutant Ninja Turtles figure line also had Retro-Mutagen slime sold in containers and included with playsets.
he main components are the polysaccharide guar gum and sodium tetraborate. As an alternative to the polysaccharide, other alcohol-group containing polymers (such as polyvinyl alcohol) may be used to a similar result. These non-polysacharide polymer products are more often referred to as flubber.
Polyvinyl acetate (Elmer’s glue), borax and water can also be used to approximate Slime’s characteristics.
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Besides Real Dish Soap Body Wash and Salt Slime , No Glue, No Borax, No Liquid Starch Slime you can also have a look; DIY 0utdoor Slime, No Borax, Fluffy Slime Recipes, How to Make Slime WITHOUT Borax!

How to Make 5 Ways Dish Soap Slime, DIY 5 Ways No Glue Dish Soap Slime, No Borax

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Xylitol Reduces Plaque,
Fights tooth decay & cavities,
Remineralizes Tooth Enamel,
Fights and prevents ear infections,
Is safe for Diabetics and Hypoglycemics,
Has a low Glycemic Index of 7,
Has 40% less calories than sugar,
Inhibits bacteria,
Reduces yeast growth and candida albicans,
Enhances protective factors in saliva,
Minimal effect on blood glucose levels,
Reduces sugar contact time on teeth…

Many studies done in Europe and North America have clinically proven the dental advantages of xylitol but how does it work? Here is a brief explanation: Streptococcus mutans bacteria. (S. mutans) is the primary cause of tooth decay. S. mutans is a common bacteria that lives in the plaque that is continually building up on our teeth. This bacteria ferments the sugar and carbohydrates from our diets. A by-product of the fermentation is an acid that erodes away the protective tooth enamel and forms cavities. However, it has been discovered that S. mutans are not able to digest xylitol, so fermentation and acid production is stopped. As the bacteria were exposed to more xylitol over time, their numbers decreased and they became less aggressive. So people who use more xylitol in place of sugar decrease their oral bacteria levels and experience far less plaque, tooth decay and cavities. Since these bacteria are no longer able to live in the mouth, they get washed down the throat with saliva and die a miserable death in the flood of stomach enzymes and acids. It has been clinically proven that xylitol aids in the remineralization of tooth enamel. The tooth enamel is the hard layer that protects the teeth from harmful substances like sugar and acids.
Other studies have clinically proven that eight grams of daily, oral xylitol use reduces the occurrence of Acute Otitis Media (AOM) or ear infections by 40%. Also, the unborn baby also benefits from mother’s xylitol consumption. Still other researchers at the University of Minnesota, using rabbits have found a correlation between poor dental health and high blood pressure and coronary clotting which leads to heart attacks. Results still must be confirmed in humans. Researchers at the State University of New York-Buffalo in a new study found people with poor dental health had almost twice the risk of emphysema and other lung diseases. The worse the dental health of the person, the greater the risk. The germs and bacteria in the saliva travels through the throat to the lining of the lungs making it more susceptible to infection with common respiratory germs.

The herb, STEVIA rebaudiana, has been used for centuries by the Guarani Indians of Paraguay, who had several names for the plant, several of which are Kaa’-he-E, Caa’-ehe, or Ca-a-yupe- all. referring to the sweet leaf or honey leaf. It is commonly known in South America as yerba dulce meaning sweet herb. The Guarani used stevia nutritionally and medicinally. The plant came to the attention of the rest of the world when South American naturalist, Bertoni, “discovered” the plant in the late 1800′s. After his report,. the herb became widely used by herbalists in Paraguay. Stevia’s most obvious and notable characteristic is its sweet taste. However, the sweet taste is not due to carbohydrate-based molecules, but to several non-caloric molecules called glycosides. Individuals who cannot tolerate sugar or other sweeteners can use stevia. The first glycoside molecule was isolated from stevia in 1931 by two French chemists named Bridel and Lavieille and called stevioside. During WW II, sugar shortages prompted England to begin investigation of stevia for use as a sweetener. Cultivation began under the direction of the Royal Botanical Gardens at Kew, but the project ‘was abandoned in the aftermath of the war. Japan began cultivating stevia in hothouses in the 1950′s. By the 1970′s, Japan started using stevia commercially and today, they are the biggest users of the extract, which has captured 50% of Japan’s sweetener industry. Other aspects of stevia are capturing people’s attention. The herb is sold in some South American countries to aid diabetics and hypoglycemics. Research has shown that a whole leaf concentrate has a regulating effect on the pancreas and helps stabilize blood sugar levels. Stevia is therefore useful to people with diabetes, hypoglycemia, and Candidiasis. Other traditional uses of stevia are: lowers elevated blood pressure (hypertension), digestive aid that also reduces gas and stomach acidity, and for obesity. The herb acts as general tonic which increases energy levels and mental acuity. Stevia has been shown to inhibit the growth and reproduction of bacteria that cause gum disease and tooth decay, making it an excellent addition to tooth pastes and mouthwashes. Many people have reported improvement in their oral health after adding stevia concentrate to their tooth paste and using it, diluted in water, as a daily mouthwash.