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Introducing the Public Longevity Group: Building the Future of Public Trust
Building the first public sentiment analysis engine to unlock public trust in longevity.
- 104% Funded
- $104,395 Funded
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Pearl: Participatory Evaluation of Aging with Rapamycin for Longevity
The first large-scale placebo-controlled clinical trial to determine the effects of Rapamycin on human longevity.
- 243% Funded
- $182,838 Funded
- campaign
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MitoMouse: SENS Transgenic Mouse Project
Creating a transgenic mouse demonstrating the rescue of Mitochondrial DNA mutations in mammals. We will express the mitochondrial ATP8 gene from the nucleus as...
- 155% Funded
- $77,625 Funded
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Can NMN Increase Longevity?
The first long-term lifespan study in mice involving supplementation with NMN, a precursor of NAD+ metabolism, which has been shown to reduce aging markers and...
- 250% Funded
- $75,285 Funded
- campaign
complete
MouseAge: Visual Biomarker for Mouse Aging
Using AI and Computer Vision Techniques to Determine Age and Assess the Effect of Therapies Against Aging in Mice, Increasing the Pace of Research.
- 130% Funded
- $19,508 Funded
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AgeMeter: Functional Age Biomarkers
Developing a diagnostic system to measure human functional age in comparison to chronological age, and assist in the assessment of anti-aging therapeutics.
- 100% Funded
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complete
CellAge: Targeting Senescent Cells With Synthetic Biology
Designing better systems for detection and safe removal of dysfunctional “senescent” cells to improve health and treat age-related diseases.
- 171% Funded
- $34,215 Funded
- campaign
complete
OncoSENS Control ALT Delete Cancer
High-throughput screening of a library of diverse drugs to find treatments for ‘ALT’ cancers, those which rely on Alternative Lengthening of Telomeres.
- 120% Funded
- $72,002 Funded
- campaign
complete
The Major Mouse Testing Program
Testing a new class of compounds, Senolytics, on their ability to extend healthy lifespan by clearing out dysfunctional cells in the body.
- 115% Funded
- $52,075 Funded
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Articles from this author
October 15, 2026
Reviewers publishing in Biology have elucidated SIRT1 functional reserve as an aspect of aging, describing how its depletion is an upstream cause of age-related disorders at the cellular level and explaining why many prospective therapies that increase SIRT1 and NAD+ have not had promising results. Managing a dangerous byproduct Reactive oxygen species (ROS) are necessarily...
October 14, 2026
A recent analysis of serum protein changes identified 16 proteins related to inflammatory, synaptic, metabolic, and Alzheimer’s disease processes whose levels change during the menopausal transition [1]. These changes were linked to cognitive health later in life. The time for interventions Menopause is mostly known as a stage that marks the end of female reproduction,...
October 13, 2026
A human trial found that even without caloric restriction, a low-fat, plant-based diet improved blood sugar control, reduced liver fat, and lowered the quantity of advanced glycation end products (AGEs) in the skin [1]. An all-you-can-eat vegan buffet Type 2 diabetes is an age-related metabolic disorder in which the body becomes less able to regulate...
October 12, 2026
In Aging Cell, a team of researchers has described how a little-known gene, ZNF865, has a significant influence on back pain through the regulation of cellular senescence. Lower back pain and senescence are related Cellular SenescenceAs your body ages, more of your cells become senescent. Senescent cells do not divide or support the tissues of...
October 09, 2026
A new study highlights a fatty acid produced by a particular genus of bacteria as a “natural statin,” suggesting a new way of treating atherosclerosis [1]. Bacteria and cholesterol Atherosclerosis develops when cholesterol-rich particles accumulate in arterial walls, driving inflammation and plaque buildup. The liver helps mitigate this process by removing low-density lipoprotein (LDL), which...
October 08, 2026
In Aging, researchers have described the differences between the secretions of cells driven senescent through a cancer gene and cells that stopped proliferating due to p16 expression. A difference of kind Cellular SenescenceAs your body ages, more of your cells become senescent. Senescent cells do not divide or support the tissues of which they are...