Patient One Flora Maintenance is a multi-strain, identity-confirmed probiotic with a potency of 25 billion bacteria per serving at encapsulation. Ten compatible, well-researched bacteria (seven found in the small intestine and three found in the large intestine) are combined with a fructo-oligosaccharide (FOS, a prebiotic). The combination of a prebiotic and a probiotic has been clinically proven to promote enhanced effectiveness.
Flora Maintenance supplies HardiStrainTM standardized bacteria cultures, produced with a proprietary system that promotes increased viability over an extended shelf life. Our freeze-dried probiotic cultures are provided in an acid-resistant, delayed release capsule to survive harsh stomach acids for effective delivery to the intestinal tract where the organisms can colonize and replicate.
Flora Maintenance helps to inhibit the growth of pathogenic bacteria, supporting an enhanced ability to resist infections while aiding digestion. The bacteria have the ability to adhere to the intestinal epithelial cells and to implant in the intestines and positively modulate the immune system. Patient One’s proprietary blend contains significant concentrations of L. acidophilus, L. casei, and L. rhamnosus, three of the most well documented strains on the market today.
As strain identity is essential to link a strain to a specific health effect, the probiotic strains in our formula are genetically identified using a sophisticated RiboPrinter® microbial characterization system.
Lactobacillus acidophilus (ATCC 4356)
L. acidophilus, a strain of lactic acid-producing microbes, offers numerous benefits for digestive health. L. acidophilus produces vitamin K, lactase and anti-microbial substances. Multiple human trials report benefits of L. acidophilus for bacterial vaginosis. Scientists have discovered that administering L. acidophilus orally helps reduce the colonization of pathogenic bacteria, such as E. coli within the digestive tract. L. acidophilus has been shown to improve digestive functions and boost the immune system. By creating a lactase enzyme that assists in the breakdown of lactose into simple sugars, L. acidophilus can be beneficial for people who experience lactose intolerance.
Lactobacillus casei (ATCC 393)
L. casei is a species of Lactobacillus found in milk, cheese and dairy. A lactic-acid producer that has been found to assist in the colonization of beneficial bacteria, it supports the growth of L. acidophilus, which can help guard against conditions such as constipation and irritable bowel syndrome (IBS). L.casei is active in a broad temperature and pH range and can be found naturally in the mouth and intestine of humans. As a lactase producer, it aids in the optimal digestion of lactose, promoting optimal digestive health.
Lactobacillus rhamnosus (ATCC 53103)
L. rhamnosus, one of the most widely studied probiotic strains, works to balance the GI microflora. Perhaps most notable about L. rhamnosus is its ability to tolerate and even thrive in the typically acidic conditions found in the stomach. L. rhamnosus is believed to greatly assist with immune function in healthy adults, particularly in combating pathogens involved with the urinary tract system (acidic condition). Research has shown that L. rhamnosus can prevent apoptosis in gastric epithelial cells, improving the integrity of the stomach lining. A review article in the American Journal of Clinical Nutrition reported that L. rhamnosus can reduce the duration of diarrhea caused by rotavirus and other causes.
Bifidobacterium longum (DUP-16555)
B. longum is among the first to colonize the sterile digestive tract of newborn infants. There is evidence that B. longum competes for attachment sites on the intestinal mucosal membrane, preventing the colonization of pathogenic coliform bacteria. It has a high resistance to gastric acid and shares similar functions as B. bifidum, such as boosting the immune system and providing barrier protection from pathogens.
Bifidobacterium breve (ATCC 15700)
In medical studies, ailments such as antibiotic-associated diarrhea, allergies, gas and irritable bowel syndrome have been linked to a patient's shortage of the B. breve bacteria. The presence of B. breve appears to inhibit E coli. B. breve is also present in the vagina, where it helps to inhibit overgrowth of Candida albicans, the primary cause of yeast infections in women. The job of B. breve in the digestive tract is to ferment sugars and produce lactic acid as well as acetic acid. B. breve is like a champion among probiotic bacteria due to its superior ability to metabolize many types of food.
Lactobacillus plantarum (NCIMB 12422)
L. plantarum has been used in the process of fermenting foods for hundreds of years. It promotes a normal digestive tract and is able to destroy pathogens while preserving vital nutrients, antioxidants and vitamins. One of the most remarkable attributes of L. plantarum is its ability to synthesize L-lysine, an essential amino acid. L. plantarum is able to ward off harmful bacteria in the intestine by preventing the pathogenic bacteria from attaching to the mucosal lining and also by competing for nutrients that the pathogenic bacteria live on. By doing so, harmful bacteria pass harmlessly through the body.
Lactobacillus salivarius (ATCC 11741)
L. salvarius, which resides in the mouth and small intestine, has been shown effective in fighting off at least five harmful bacteria that are involved in producing plaque, thus assisting in dental health. L. salivarius has the unique ability to fight off the H. pylori bacteria that are responsible for most peptic ulcers. Researchers studied animal response after induced colitis and septic shock and treatment with L. salivarius and discovered the role of L. salivarius in striving to reestablish homeostasis within the intestines. They concluded that L. salivarius may be related to the immune response.
Streptococcus thermophiles (DUP-14581)
S. thermophiles appears to be resistant to gastric acidity when consumed with meals and is supportive for lactose intolerant people, as the lactase it produces aids with digesting lactose in the intestine. Moreover, primary in vitro results have shown that S. thermophiles could be highly effective in modulating the immune response. The role of S. thermophiles is to rapidly acidify the intestinal environment and to create one that is favorable to lactic acid bacteria.
Peddiococcus acidilactici (DUP-5600)
A hearty lactic acid bacterium, P. acidilactici can grow in a wide range of pH and temperatures, thereby able to survive harsh gastric conditions and colonize the entire digestive tract. This probiotic strain has been shown to function as an immune modulator, to resist pathogens such as Salmonella and E. Coli, provide digestive support, promote a healthy inflammatory response in the intestines, and help balance intestinal microflora.
Lactobacillus bulgaricus (Lb-87)
L. bulgaricus effectively metabolizes sugars (including starches and fibers) to produce lactic acid. The generation of lactic acid in the intestine decreases the pH of the intestinal tract which makes it less suitable for the growth of acid-tolerant microbes including those that can act as pathogens. L. bulgaricus is also effective at reducing the lactose load in individuals who are lactose intolerant, thereby allowing them to ingest higher quantities of dairy products.
To complete our multi-strain formula, Flora Maintenance supplies FOS, a prebiotic from Jerusalem artichoke, to act as the nutrient source for the probiotics. FOS feeds the microflora in the intestines and prevents the overgrowth of yeast. FOS promotes calcium absorption due to an increase of lactic acid levels in the gut. Studies have found that probiotics are more effective when taken with a fructo-oligosaccharide.