NAD+ and Longevity Research: What Published Studies Report
NAD+ has emerged as a central molecule in aging biology research. This overview covers the science behind NAD+ decline, precursor research, and what human studies have reported.
NAD+: Mitochondrial Function, Aging Research, and What the Studies Show
Research overview of NAD+ — its role in mitochondrial energy production, the sirtuin connection, age-related decline, precursor compounds studied in trials, and current human evidence.
SS-31 Peptide Research: Mitochondria, Cardiolipin, and Oxidative Stress
SS-31 (elamipretide) is one of the few mitochondria-targeted peptides with human clinical trial data. This research overview covers its mechanism and published findings.
Peptides and Mitochondrial Function: What Published Research Reports
Several peptides have been studied for their effects on mitochondrial biology. This overview covers SS-31, MOTS-c, Humanin, and the research findings behind each.
The Science of Biohacking: Research Compounds, Evidence Standards, and What to Know
Biohacking culture has popularized research compounds. This overview examines evidence standards, risk considerations, and the legitimate science behind investigational compounds.
The Peptide Therapy Research Landscape: An Overview for the Informed Reader
Peptide-based research has grown substantially in the past two decades. This overview maps the major research areas, compound categories, and what the evidence base currently supports.
Peptide Research for Women: Hormonal, Skin, and Metabolic Study Areas
An educational overview of peptide research areas relevant to female physiology — including metabolic function, skin biology, hormonal health, and recovery.
Research Peptide Stacking: What Studies Say About Combination Protocols
Combining multiple research peptides is common in biohacking communities. This overview examines what, if any, published research exists on combination peptide protocols.
Cortisol, Stress, and Peptide Biology: What Published Research Reports
Chronic cortisol elevation affects nearly every tissue system. Research has examined how certain peptides interact with the HPA axis and stress biology.
Skin Microneedling and Peptide Delivery: What the Research Shows
Microneedling creates transient microchannels in the skin that may enhance peptide penetration. This overview covers published research on microneedling-assisted peptide delivery.