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Probiotics

Probiotics

Probiotics are foods and supplements containing the beneficial bacterial cultures to help the body’s naturally occurring intestinal flora re-establish themselves.
Hundreds of bacterial strains inhabit the human colon. Some are more important (and much more beneficial) than others. The three most important varieties are Lactobacillus acidophilus, Bifidobacterium bifidum, and Streptococcus faecium.
The strains currently living in one’s colon are largely determined by one’s diet. Sugar and an excess of simple starches (like white bread) encourage the spread of unhealthy intestinal microorganisms. Reducing these foods and introducing probiotic foods helps maintain a healthy balance.
Human studies show that regular use of probiotic foods or supplements can aid the digestion of foods (particularly milk and dairy products) and improve the overall state of the colon, treating diarrhea, irritable bowel syndrome, and candidiasis. Additionally, probiotics (and prebiotics) enhance mineral absorption, reduce cholesterol (by breaking down bile in the colon, inhibiting its re-absorption into the blood), and strengthen the immune system.
The best known example of a probiotic food is yogurt. Other fermented foods containing similar bacteria include: pickled vegetables, tempeh, miso, kefir, kombucha, sauerkraut, and soy sauce. Include these foods in your diet regularly.
Lactic acid bacteria are the most common types of probiotics available in supplement form. The most widely used strains are Lactobacillus and Bifidobacterium. They can convert sugars (including lactose, or milk sugar) into lactic acid. The fermentation gives yogurt its sour taste and provides the health benefits probiotics are known for. Probiotic supplements are recommended after a course of antibiotics and are part of the treatment for candidiasis.

Prebiotics

Prebiotics

Prebiotics are undigestible plant fibers that feed the beneficial microflora (probiotics) living in the large intestine, helping them to grow and thrive. The key prebiotics are fructooligosaccharides (FOS) and galactooligosaccharide, both short-chained carbohydrates known as oligosaccharides. A current trend is to add prebiotics to foods for added health benefits.
You’ve probably noticed inulin, a type of soluble fiber and a prebiotic, listed on food labels for yogurt, breads, pasta, cereals and many other foods, including petfood. Inulin cannot be digested by human digestive enzymes and reaches the large intestine intact, making it an excellent fiber source. In addition to its prebiotic effects, inulin’s soluble fibers help to bind cholesterol, excess fat and hormones (like estrogen) removing them from the body via the stool.
Inulin is usually extracted from chicory root but is also found in Jerusalem artichoke, jicama, onions, asparagus, raw oats, unrefined wheat and barley.
Both probiotics and prebiotics are important for good intestinal health. Whether they derive from natural foods, supplements or both, include them as a regular part of your diet

PH

PH

The pH of our body is a critically important but rarely discussed aspect of health. pH stands for “potential or power of hydrogen” and refers to the acidity or alkalinity (also referred to as basicity) of various bodily fluids such as saliva, blood and urine. This is not to be confused with stomach acidity issues or what’s commonly referred to as heartburn and its 21st century incarnation: acid reflux. A healthy, properly functioning stomach has a naturally acidic pH and is separate from the pH of other bodily fluids.
The pH scale ranges from pH 0 (extremely acidic) to pH 14 (extremely alkaline), with the pH of human blood falling just above neutral at 7.4. To maintain health & function optimally, our blood must stay within the pH 7.0 to 7.4 range; slightly alkaline.
The best way to raise body pH is making sure that your body has all of the minerals it needs. Maintaining a balanced alkaline body pH is our first line of defense against aging and disease. Maintaining proper blood pH is so critical that the body will pull minerals and nutrients from our bones and tissues to buffer acidity and preserve to keep our blood alkaline. Acidosis occurs when a person has a consistent acidic pH. Acidosis sets us up for numerous health issues including increased susceptibility to viral and bacterial infections, accelerated aging, osteoporosis, obesity and cancer, to name but a few.

Our pH is largely determined by 3 factors: Diet, Stress, and Oxygen intake

Ways to Raise Your pH:

Eat an alkalizing diet Lessen/ manage stress
Incorporate some form of regular physical activity into our life pH drops
Oxygen Therapy



You can test the pH of your blood, saliva or urine using pH test strips these strips quickly indicate whether you are in the alkaline or acid zone. If our pH consistently registers below 7.0 then you should consider making diet and lifestyle adjustment. Adjusting your diet to include more alkalizing foods is one of the easiest ways to change your pH with the recommended ratio being 75% alkalizing foods to 25% acidifying foods. A food’s acidity or alkalinity is not determined by its pH when it’s sitting on our plate, but by the pH of the metabolic byproduct or the “ash” that remains after it’s been digested and absorbed by the body.