Advanced Alzheimer’s Can Be Reversed With NAD+ Restoration, Study Shows in Mice

Researchers at Case Western Reserve University have shown that late-stage neurodegeneration may be biologically reversible, at least in the right conditions, in mice.

(Case Western Reserve University | Cleveland 19)

Brain &amp; Neurons

Mitochondria-Made Molecule Reverses Memory Loss with Advanced Age

A naturally occurring compound, α-lipoic acid, helped elderly mice think like younger mice by restoring energy balance and calming brain inflammation, according to Second Hospital of Hebei Medical University researchers.

(Alpha-lipoic acid’s molecular structure | Sasha’s of Saratoga)

Harvard researchers find that aged mice lacking gut bacteria exhibit a brain more like that of young mice. 

The Principal Investigator of the study, Dr. Lee Rubin (image: harvard.edu). 

New Data Shows Combining Two Therapies Doubles Lifespan in Mouse Model

Immorta Bio, a biotech company, released results showing that combining its vaccine and stem cell therapy remarkably doubled lifespan in a mouse model of aging.

The biotech company, Immorta Bio, presented data showing a remarkable doubling of lifespan in a mouse model of aging with a combination of its vaccine and stem cell therapy.

Industry

<p>Participants: Healthy overweight adults between the ages of 45 and 55 </p>
<p>Dosage: 3 grams/day of ginseng for 28 days </p>


Ginseng supplementation boosts NAD+ (nicotinamide adenine dinucleotide) and lengthens telomeres in middle-aged adults, suggesting an amelioration of aging. 


Panax ginseng Meyer (image: farmaimpresa.com).

Search Result: Alzheimer

Advanced Alzheimer’s Can Be Reversed With NAD+ Restoration, Study Shows in Mice

Mitochondria-Made Molecule Reverses Memory Loss with Advanced Age

New Harvard Study: Microbiome Depletion Rejuvenates the Aging Brain

Biotech Company Unveils Data Showing Combining Its Two Therapies Doubles Lifespan in Mouse Model

Ginseng Boosts NAD+ and Telomeres: New Study in Middle-Aged Adults