Why Can't You Solve Your GI Distress?
1 in 6 people currently suffers from gastrointestinal issues, and taking traditional probiotics can make the problem even worse, progressing in 3 distinct stages.
Why Are Traditional Probiotics Causing Digestive Problems?
Traditional probiotics are beneficial to the colon, but their delivery mechanism is so outdated that they can cause harm.
The Solution: Smart Probiotic Strains
New research has identified smart strains of beneficial bacteria that are resistant to stomach acid, avoiding the unpleasant side effects of traditional probiotics.
Introducing Hepagand
Our researchers have developed one natural remedy that combines 5 safe ingredients clinically proven to help support healthy liver function. Click one to find out more:
Bacillus Coagulans
Bacillus coagulans is a lactic-acidproducing spore-forming bacterialspecies first isolated during theproduction of evaporated milk inlowa in 1915. Initially used primarilyas a probiotic for livestock, this rod-shaped bacteria strain has garnereda strong reputation for fortifying thegut microbiome, especially followinga regime of antibiotics. One studypublished in 2020 found bacilluscoagulans cultures to normalizebowel movements and achievefavorable stool consistency, whilealso relieving incomplete evacuation,painful defecation, and abdominalpain.
Bacillus Clausii
Bacillus clausii is a natural microflora of the mammalian gastrointestinaltract that maintains a mutuallybeneficial, symbiotic relationship withits host organism. Clinical researchhas emerged that this bacterial strain
has the ability to produceantimicrobial substances that activelysuppress harmful bacteria such as Staphylococcus aureus andClostridium difficile. In 2021, arandomized controlled trial found Bacillus clausii to significantlyimprove abdominal discomfort pain,bloating, and flatulence without anyadverse effects.
Bacillus Subtilis
A rod-shaped beneficial bacterialstrain found in soil, Bacillus subtilisbecame popular worldwide in the1950s as an immunostimulatoryagent to aid people suffering fromgastrointestinal issues. At the time,the mechanism of action was notfully understood, but scientists haveestablished that these cultures workby strengthening the intestinal barrierand limiting the body's inflammatoryresponse. In 2018, Bacillus subtilisspores were found to be effective innormalizing stool consistency andbowel movement frequency asmeasured on the Bristol Stool Scale.
The 3Biome Clinical Study
A placebo-controlled study with 50 participants monitored the safety and effectiveness of 3Biome for 30 days. Here are the statistically significant results: