Do this three times a day, spaced three hours apart until the pain eases. That said, your saliva is slightly alkaline, so it can help to neutralize your mouth’s pH. It usually takes at least 20 minutes for your saliva to return the mouth’s pH to normal after the food is swallowed.
Brush your teeth with a soft toothbrush. IMO, you don’t need any toothpaste and mouthwash, all you need is your saliva. To the tongue, a feeling of smoothness across the teeth is a sign that you have successfully removed the buildup of plaque (a rough feeling that sticks to your teeth). Teeth may also look brighter.
Brush your tongue with a soft toothbrush. While saliva has a natural washing effect, alone it is not enough to remove built-up bacteria, dead cells and that white or grayish coating on the surface of your tongue. Brushing will help keep the tongue clean, which leads to fresh breath.
Also, gently brush your gums to remove bacteria from the gum line. Your saliva contains natural antibacterial agents like enzymes and proteins. They help control the growth of harmful bacteria linked to gum disease.
Wait about 30 minutes after a meal to brush. Brushing too soon can damage softened enamel. This oral hygiene will help with restoring your normal pH levels and, as a result, prevent cavities. If there is no enamel loss or erosion, cavities will not form. For more on food pH levels in your mouth.
● Glyphosate is a mixture of two salt compounds (isopropylamine salt and potassium salt). Salt is an effective non-toxic herbicide. Salt kills weeds, as well as all other plants.
GM crops are resistant to glyphosate. Glyphosate is used to kill Non-GM plant growth like weeds and grasses that compete with GM crops. It is also used as a desiccant (drying agent), just prior to harvest on cereal crops.
Salt compounds also have strong metal binding properties. This makes glyphosate an excellent vehicle for delivering and infusing toxic heavy metals into our food chain.
Glyphosate-based herbicides like Roundup, have been shown to contain heavy metals such as arsenic. For this reason, it is the most toxic herbicide in the world and shockingly the most widely used.
Toxic heavy metals are endocrine disrupting elements. Our endocrine system is a complex network of glands that produce and secrete hormones. Hormones are chemical substances produced in the body to control metabolism, energy level, reproduction, growth, development, and response to injury, stress, and mood.
In addition to heavy metals, it also contain surfactants (aka emulsion stabilizers). This is why glyphosate is a possible cause of intestinal inflammation.
Polyethoxylated (POE-tallowamine) surfactants are additives in glyphosate. They are used to help herbicides stick to plants. Thus, increasing the adsorption rate of sodium and the highly toxic metals in glyphosate when it’s sprayed on crops.
There is no morally justifiable reason why toxic heavy metals and surfactants are needed in glyphosate. Glyphosate is the most widely used toxic herbicide in the United States. The only safeguard against the growing ubiquity of glyphosate is organic food.
Organic food exposes you to very low levels of toxic agrochemicals like glyphosate, which is commonly found at much higher concentrations in conventionally grown food. For more on glyphosate.
● Probiotics are bacteria that can metabolize (break down) toxic substances like LSI drugs, cosmetics, agrochemicals, industrial chemicals, food additives and microplastics. They can also bind with toxic heavy metals like arsenic, lead, mercury etc… By doing so, probiotics alter their chemical structure, thereby preventing them from entering your body.
Probiotics also contribute to detoxification of toxic substances by strengthening the intestinal lining. Whereas detoxication is a preventive action that involves avoiding the use of toxic substances in the first place. While both terms mean to detoxify, detoxification is a temporary fix and detoxication is a lifestyle change.
The process of detoxification is enhanced by bacteria such as Lactobacilli in our gut microbiome. For more on probiotics.