Finalist Teams Awarded $1 Million in XPrize Healthspan Contest to Transform Healthy Aging

The XPrize Healthspan—which will split $101 million among teams developing therapeutics to restore muscle, cognitive, and immune function in older adults—has named 10 teams receiving $1 million each.

(XPrize announced the finalists for its XPrize Healthspan competition | XPrize)

The XPrize Healthspan competition has named its top 20 finalist groups that will submit their aging intervention therapies for human trial testing.

Aging &amp; Longevity

Model: Aged C57B/6 mice (between 18-25 months old) 
Dosage: 5 mg/kg/day of ABT-263 was fed to mice while 50 mg/kg/day of dichloroacetate and metformin were injected. For lifespan, they were administered for five consecutive days, followed by a two-day intermission, then an additional five consecutive days, followed by a 6-week intermission.

The combination of dichloroacetate, metformin, and ABT-263 eliminates cancer cells and age-promoting senescent cells while improving endurance and extending lifespan in mice. 


The study was led by Dr. Irina Conboy (image: berkeley.edu). 

Longevity Medicine’s Peptides Craze: Evidence, Delivery Challenges, and Expert Opinions

Advocates say peptides offer significant benefits against aging, while researchers warn that these claims outpace the evidence.

(Peptides are often injected with a syringe | Harvard Health)

Proponents say peptides offer significant effects against aging, while skeptical scientists say these claims outpace the evidence.

How to Slow Aging: 7 Tips from a Danish Aging Expert

Danish aging expert Morten Scheibye-Knudsen shares seven ways to slow aging, including taking NR (nicotinamide riboside) and the diabetes medication metformin.

(Professor Morten Scheibye-Knudsen | BBC Science Focus)

Danish aging expert Morten Scheibye-Knudsen does things like taking NR and metformin to slow his biological aging

Model: Skin, arterial, and lens tissue from donors between the ages of 20 and 25 and also 75 
Dosage: 5 µM solution of CMLase, incubated overnight

Bioengineered Enzyme Shows Ability to Reverse Molecular Aging in Human Tissue

An engineered enzyme reverses age-related protein damage that researchers have long thought irreversible in human eye, skin, and artery tissues.

(A bioengineered enzyme [purple structure] cleaves a prevalent type of AGE [brown glob] on protein residues that are part of protein filaments [dull green chains] | The Scientist)

A bioengineered enzyme reverses age-related protein damage, long thought of as irreversible damage, in human lens, skin, and artery tissues.

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10 Finalist Teams Awarded $1 Million in XPrize Healthspan Contest to Transform Healthy Aging

Drug Combo Targets Cancer and Senescent Cells to Prolong the Lifespan of Mice, New Study Shows

Longevity Medicine’s Peptides Craze: Evidence, Delivery Challenges, and Expert Opinions

How to Slow Aging: 7 Tips from a Danish Aging Expert

New Research: Bioengineered Enzyme Shows Ability to Reverse Molecular Aging in Human Tissue