Layer Origin | PureHMO Super Prebiotic - Human Milk Oligosaccharide (HMO 2’-Fucosyllactose) - 98% Purity - Digestive Health, Immune Support, Cognitive Improvement
Brand: Layer Origin
Human milk oligosaccharide is the best prebiotic and most advanced prebiotic designed by nature. Pure HMO prebiotics contains the highest purity of 2'-FL, 2 Fucosyllactose (98%), the most abundant oligosaccharide in mother milk. HMO is better than FOS, XOS, GOS, inulin, resistant starch, enzyme, acacia gum, and other prebiotics and probiotics supplements, which might caused gas bloating by producing too much butyrate . Not only HMO prebiotics promote the growth of billion cfu, multi strain of beneficial bacteria & micro flora in your gut, the synergy also helps with your digestion, weight loss, brain health, immune system, and overall health balance. The perfect HMO human milk oligosaccharide formula cultured a synbiotic relationship for your intestinal health, your brain, your belly weight, and other parts of your body. It is designed for both women and men with the best performance. Simply enjoy 2 capsules in the morning, it can detoxify your body and give you a good day with great immune, digestive, and cognitive system.
Prebiotic Fiber Based on Mothers' Milk: HMO are prebiotics initially found in mother's milk. HMO helps build a healthy gut and immune system for human babies from scratch.
Produced with Highest Purity: PureHMO is 98% 2'-Fucosyllactose (2'-FL), the most abundant HMO in human milk, produced by fermentation technology instead of isolating from human milk.
Promote Digestive Health: HMO prebiotic powder promotes the growth of probiotics like Lactobacillus, Bifidobacterium, and support a healthy gut environment.
Support Immune Functions: HMOs are more effective than traditional prebiotics in stimulating innate immune system, inhibiting invasions, and quenching inflammation.
Improve Cognitive Functions: Unlike other prebiotic and probiotic products for adults, HMO metabolites by the probiotics in your gut can promote brain development, neuronal transmission, and cognition.