Lactobacillus plantarum ps128 improves physiological adaptation and performance in triathletes through gut microbiota modulation

Agriculture & Biology

• Lactobacillus plantarum 76%
• intestinal microorganisms 72%
• microbiome 70%
• exercise 56%
• placebos 52%
• athletes 42%
• Holdemania 25%
• Coprobacillus 24%
• Oxalobacter 24%
• probiotics 22%
• Desulfovibrio 17%
• medical treatment 16%
• peak oxygen uptake 16%
• immunomodulation 16%
• metabolites 15%
• Bifidobacterium 13%
• prebiotics 13%
• aerobiosis 13%
• health promotion 13%
• short chain fatty acids 13%
• blood cells 13%
• butyrates 12%
• body composition 12%
• lifestyle 12%
• propionates 12%
• Lactobacillus 11%
• biochemistry 11%
• inflammation 10%
• dietary supplements 10%
• oxidative stress 9%
• acetates 9%
• neoplasms 9%
• oxygen 8%
• uptake mechanisms 7%
• microorganisms 7%
• diet 6%

Medicine & Life Sciences

• Lactobacillus plantarum 100%
• Physiological Adaptation 93%
• Microbiota 71%
• Gastrointestinal Microbiome 71%
• Exercise 33%
• Placebos 28%
• Athletes 28%
• Probiotics 22%
• Oxalobacter formigenes 19%
• Aerobiosis 18%
• Desulfovibrio 17%
• Synbiotics 15%
• Propionates 13%
• Prebiotics 13%
• Bifidobacterium 13%
• Volatile Fatty Acids 13%
• Butyrates 12%
• Lactobacillus 11%
• Running 10%
• Oxygen Consumption 10%
• Acetates 10%
• Body Composition 10%
• Health 10%
• Biochemistry 9%
• Blood Cells 8%
• Life Style 8%
• Stem Cells 7%
• Oxidative Stress 7%
• Oxygen 7%
• Diet 7%
• Inflammation 6%
• Neoplasms 3%
• Therapeutics 1%