Table I.
CHANGES IN THE MICROBIOME IN AGING
| Disease | Study Title | Reference |
|---|---|---|
| Aging | A Human-Origin Probiotic Cocktail Ameliorates Aging-Related Leaky Gut And Inflammation Via Modulating The Microbiota/Taurine/Tight Junction Axis | (104) |
| Aging | A Longitudinal Study Of The Development Of The Saliva Microbiome In Infants 2 Days To 5 Years Compared To The Microbiome In Adolescents | (142) |
| Aging | Adolescence And Aging: Impact Of Adolescence Inflammatory Stress And Microbiota Alterations On Brain Development, Aging, And Neurodegeneration | (143) |
| Aging | Age-Related Alterations In Human Gut Cd4 T Cell Phenotype, T Helper Cell Frequencies, And Functional Responses To Enteric Bacteria | (144) |
| Aging | Age-Related Compositional Changes And Correlations Of Gut Microbiome, Serum Metabolome, And Immune Factor In Rats | (145) |
| Aging | Age-Related Differences In The Gut Microbiome Of Rhesus Macaques | (146) |
| Aging | Age-Related Variation Of Bacterial And Fungal Communities In Different Body Habitats Across The Young, Elderly, And Centenarians In Sardinia | (147) |
| Aging | Calorie Restriction Slows Age-Related Microbiota Changes In An Alzheimer’s Disease Model In Female Mice | (148) |
| Aging | Dietary Interventions In Mild Cognitive Impairment And Dementia | (149) |
| Aging | Dietary Restriction With And Without Caloric Restriction For Healthy Aging | (150) |
| Aging | Effect Of Short Chain Fatty Acids On Age-Related Disorders | (151) |
| Aging | Effects Of The Gut Microbiome On Aged-Related Cognitive Decline And Inflammation | (152) |
| Aging | Gastro-Intestinal And Oral Microbiome Signatures Associated With Healthy Aging | (153) |
| Aging | Gut Microbial, Inflammatory And Metabolic Signatures In Older People With Physical Frailty And Sarcopenia: Results From The Biosphere Study | (154) |
| Aging | Gut Microbiota And Aging-A Focus On Centenarians | (155) |
| Aging | Gut Microbiota And Microbiota-Related Metabolites As Possible Biomarkers Of Cognitive Aging | (156) |
| Aging | Gut Microbiota Combined With Metabolomics Reveals The Metabolic Profile Of The Normal Aging Process And The Anti-Aging Effect Of Fufang Zhenshu Tiaozhi(FTZ) In Mice | (157) |
| Aging | Gut Microbiota In Common Elderly Diseases Affecting Activities Of Daily Living | (158) |
| Aging | Ketogenic Diets Alter The Gut Microbiome Resulting In Decreased Intestinal Th17 Cells | (159) |
| Aging | Lactobacillus Fermentum JX306 Restrain D-Galactose-Induced Oxidative Stress Of Mice Through Its Antioxidant Activity | (160) |
| Aging | Lactobacillus Sp. Improved Microbiota And Metabolite Profiles Of Aging Rats | (161) |
| Aging | Microbial Stimulation Reverses The Age-Related Decline In M Cells In Aged Mice | (162) |
| Aging | Modifying Progression Of Aging And Reducing The Risk Of Neurodegenerative Diseases By Probiotics And Symbiotic | (163) |
| Aging | Probiotics And Prebiotics As A Therapeutic Strategy To Improve Memory In A Model Of Middle-Aged Rats | (164) |
| Aging | The Gut Microbiome And Frailty | (165) |
| Aging | The Interaction Between Gut Microbiota And Age-Related Changes In Immune Function And Inflammation | (166) |
| Aging | The Microbiome And Aging | (167) |
| Aging | The Molecular Mechanisms Of Probiotic Strains In Improving Aging Bone And Muscle Of D-Galactose-Induced Aging Rats | (168) |
| Aging | The Role Of The Microbiota In Sedentary Lifestyle Disorders And Ageing: Lessons From The Animal Kingdom | (169) |
| Aging | Transplant Of Microbiota From Long-Living People To Mice Reduces Aging-Related Indices And Transfers Beneficial Bacteria | (170) |