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Short, frequent pieces on what changed in the science of ageing well — and our research library holds the deep dives.
SupplementsAshwagandha (KSM-66) & Longevity Biomarkers:
Ashwagandha KSM-66, an adaptogen, is gaining attention for its potential to modulate longevity biomarkers. We scrutinise the evidence for its effects on inflammation, stress, and cellular ageing.
ProtocolsMitochondrial Optimization & Longevity Biomarkers:
Dive into the science behind Mitochondrial Optimization and its measurable effects on critical longevity biomarkers, distinguishing robust evidence from emerging data for a healthier future.
SupplementsUrolithin A and Longevity Biomarkers: A 2026
This expert analysis delves into Urolithin A's effects on critical longevity biomarkers, differentiating robust evidence from speculative claims. Understand its role in optimising healthspan.
SupplementsCreatine Monohydrate & Longevity
Exploring Creatine Monohydrate's role in influencing crucial longevity biomarkers, from inflammation to telomere dynamics and epigenetic clock readouts.
PeptidesRetatrutide and Longevity Biomarkers: A 2026
Retatrutide, a triple GIP/GLP-1/glucagon agonist, is generating significant interest in the longevity field. We examine its effects on critical biomarkers.
SupplementsSpermidine and Longevity Biomarkers: A 2026
Spermidine, a natural polyamine, holds promise for healthspan. But how does it genuinely move the needle on our most critical longevity biomarkers?
SupplementsL-Theanine and Longevity Biomarkers: What to
L-Theanine, an amino acid from tea, shows promise for modulating biomarkers linked to longevity. We examine its effects on inflammation, cellular health, and epigenetic markers.
PeptidesARA-290 & Longevity Biomarkers: 2026
Exploring ARA-290's influence on crucial longevity biomarkers, this article dissects the evidence behind its potential to modulate inflammation and cellular ageing pathways.
SupplementsMagnesium Glycinate: A Biomarker-Driven
Magnesium Glycinate stands out for its potential influence on critical longevity biomarkers. This deep dive examines the evidence.
ProtocolsExecutive Performance Protocol & Longevity
Investigate the Executive Performance Protocol's influence on critical longevity biomarkers, differentiating strong from weak evidence.
SupplementsVitamin D3 + K2 & Longevity Biomarkers:
Unpack the compelling and sometimes conflicting evidence behind Vitamin D3 + K2's influence on key longevity biomarkers, from epigenetic clocks to inflammatory markers.
PeptidesDihexa and Longevity Biomarkers: What to Expect
Could Dihexa, a potent hexapeptide, influence key longevity biomarkers? We examine the current preclinical evidence.
PeptidesEpithalon's Impact on Longevity
Epithalon, a synthetic tetrapeptide, garners significant attention for its purported anti-ageing properties. But what does the evidence truly say about its impact on measurable longevity biomarkers?
PeptidesPinealon and Longevity Biomarkers: What the
Pinealon, a tripeptide, is hypothesised to influence longevity pathways. We examine its potential effects on epigenetic clocks, inflammatory markers, and other key biomarkers.
ProtocolsStress Resilience for Longevity Biomarkers in
Chronic stress accelerates ageing. This deep dive examines how stress resilience protocols influence crucial longevity biomarkers, distinguishing strong evidence from preliminary findings.
ProtocolsGlucose Control & Longevity Biomarkers: The
Understanding how glucose control influences core longevity biomarkers is crucial for healthspan extension. We examine the evidence for its impact on epigenetic age, inflammation, and metabolic markers.
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