Microbiome Support (2)
The latest evidence-based reporting in Microbiome Support (2).
Science UpdateA synbiotic of FOS, Bifidobacterium, and Lactobacillus lowered CRP and interferon-gamma while raising anti-inflammatory IL-10 in adults.
Research & EducationLactobacillus strains help maintain vaginal pH and microbial balance, and probiotic supplementation may support recovery from bacterial vaginosis.
Research & EducationCertain Lactobacillus strains may support vaginal microbial balance and reduce bacterial vaginosis, according to several clinical studies.
Science UpdateGut microbial metabolites such as short chain fatty acids and bile acids may support healthy lipid and blood sugar metabolism, per a recent review.
Research & EducationLactobacillus and Bifidobacterium strains may support the gut-brain axis, with trials linking supplementation to improved mood and stress markers.
Science UpdateProbiotics like Bifidobacterium and Lactobacillus may support the gut-brain axis, with studies linking them to improved depression and mood scores.
Research & EducationAge-related muscle loss may be linked to the gut microbiome, and probiotics show potential to support muscle function and healthy glucose metabolism.
Science UpdateMore than 700 microorganisms make up the oral microbiome, which may influence autoimmune activity via molecular mimicry and altered immune signaling.
Research & EducationThe gut microbiome and cardiovascular health appear linked through short-chain fatty acids, with some probiotics shown to support related markers.
Research & EducationCertain Lactobacillus and Bifidobacterium strains may support oral microbial balance and ease periodontal inflammation, clinical trials suggest.
Science UpdateProbiotic supplementation may support endurance, recovery, and antioxidant status in athletes, according to a review of thirteen clinical studies.