Table V.

FECAL TRANSFER AS THERAPEUTIC APPROACH FOR AGING, STROKE, AND AD.

Disease	Study title	Treatment	Reference
Aging	Microbial Stimulation Reverses The Age-Related Decline In M Cells In Aged Mice	FMT	(162)
Aging	Heterochronic Fecal Transplantation Boosts Gut Germinal Centers In Aged Mice	FMT	(191)
Aging	Transplant Of Microbiota From Long-Living People To Mice Reduces Aging-Related Indices And Transfers Beneficial Bacteria	FMT	(170)
Stroke	Age-Related Changes In The Gut Microbiota Influence Systemic Inflammation And Stroke Outcome.	FMT	(9)
Stroke	Commensal Microbiota Affects Ischemic Stroke Outcome By Regulating Intestinal Γδ T Cells	FMT	(192)
Stroke	Higher Risk Of Stroke Is Correlated With Increased Opportunistic Pathogen Load And Reduced Levels Of Butyrate-Producing Bacteria In The Gut	FMT	(193)
Stroke	Microbiota Dysbiosis Controls The Neuro-lnflammatory Response After Stroke	FMT	(180)
Stroke	Transplantation Of Fecal Microbiota Rich In Short-Chain Fatty Acids And Butyric Acid Treat Cerebral Ischemic Stroke By Regulating Gut Microbiota	FMT	(194)
Alzheimer’s	Altered Microbiomes Distinguish Alzheimer’s Disease From Amnestic Mild Cognitive Impairment And Health In A Chinese Cohort	FMT	(195)
Alzheimer’s	Fecal Metabolite Of A Gnotobiotic Mouse Transplanted With Gut Microbiota From A Patient With Alzheimer’s Disease	FMT	(196)
Alzheimer’s	Fecal Microbiota Transplantation Alleviated Alzheimer’s Disease-Like Pathogenesis In APP/PS1 Transgenic Mice	FMT	(117)
Alzheimer’s	Sex-Specific Effects Of Microbiome Perturbations On Cerebral Aβ Amyloidosis And Microglia Phenotypes	FMT	(197)
Alzheimer’s	Transfer Of A Healthy Microbiota Reduces Amyloid And Tau Pathology In An Alzheimer’s Disease Animal Model	FMT	(116)
Alzheimer’s	Transplant Of Microbiota From Long-Living People To Mice Reduces Aging-Related Indices And Transfers Beneficial Bacteria	FMT	(170)
Alzheimer’s	Transplantation Of Fecal Microbiota Rich In Short-Chain Fatty Acids And Butyric Acid Treat Cerebral Ischemic Stroke By Regulating Gut Microbiota	FMT	(194)