Harold Katcher publishes results of plasma-derived fraction (E5) experiment in Aging Cell
Live Forever Club - 11-Oct-2024E5 treatment extended lifespan & improves health in ageing rats
Young Blood
Young Blood News
The blood revolution: tapping into longevity
The San Francisco Standard - 05-Oct-2024As therapeutic plasma exchange gains popularity, experts urge caution in the quest for eternal youth
Therapeutic plasma exchange and IVIG can significantly reduce biological age
Live Forever Club - 20-Aug-2024How TPE and IVIG could unlock the fountain of youth
PEDF protein, found in young blood, rejuvenates aging cells and tissues in mice
Live Forever Club - 24-May-2024More research is needed, but this discovery offers hope for anti-aging therapies
Antibody treatment rejuvenates aged immune systems in mice
Science - 04-Apr-2024Researchers improved immune response to new infections and reduced overall inflammation
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Pig plasma to live longer?
The Sheekey Science Show looks at whether taking a part of blood (plasma) and injecting it into old animals is enough for rejuvenation
Aging and Blood - Irina Conboy presentation for SENS Research Foundation
Part of a series organized by SENS Research Foundation's Education Department
Young Blood Blog Posts
13-Mar-2023
Harold Katcher’s E5/Elixir (Young Plasma) Rat Trial Results
Survival curve shows increase in average lifespan, and now Sima has become the longest-lived Sprague Dawley rat
21-May-2020
Age Reversal in Mammals – Has This Now Been Achieved?
Biological age and biomarkers improved to that of rats half their age
03-Feb-2020
Ambrosia Plasma relaunches - announces improvement in key ageing biomarkers
The Club interviews Jesse Karmazin, CEO, to find out more about the trial, the FDA warning, and the relaunch
12-Mar-2019
Stanford University optimistic about human rejuvenation
Summary of “Turning back time with emerging rejuvenation Strategies” published in Nature Cell Biology
28-May-2013
Heart muscle aging reversed (in mice)
Using the blood of younger mice to reverse the signs of aging in older mice
