PEP/NEWS — Peptide intel. Daily.

In this episode, a wide range of sexual health questions are addressed, including the effects of cranberries on semen, the reality of multiple orgasms, the benefits of Tongkat Ali, and managing signs of prostate enlargement. The discussion

🔥 Fasting Electrolytes - https://bit.ly/3YCjHSc The Biggest Sardine Fasting Mistake (Almost Everyone Does This) Thinking about trying a sardine fast or the 72 hour sardine challenge? Before you start, make sure you avoid the biggest sardi

"Coca is to cocaine what potatoes are to vodka" — Dr. Andrew Weil and Wade Davis on the health benefits, sacred history, and unjust prohibition of the most misunderstood plant on Earth. Dr. Andrew Weil is a pioneer in integrative medicine

Researchers writing in Aging Cell found that antioxidants can selectively push senescent muscle cells toward clearance by altering mTOR (a key cellular growth regulator) signaling. The selectivity here is what's interesting — not all senescent cells respond the same way.

A muscle-targeted viral delivery of FGF21 (a metabolic signaling protein) extended median lifespan in male mice by 20% when given late in life. It also improved multiple healthspan markers — making the timing as notable as the result.

Sustained excess of HIF-1α (a protein that normally helps cells respond to low oxygen) causes unwanted blood vessel growth in cartilage. That process, not inflammation alone, appears to drive osteoarthritis pathogenesis.

RNA-DNA hybrids accumulating in the cytoplasm of senescent cells appear to trigger their inflammatory secretions. Researchers found this transcriptional failure is a key upstream driver — not just a side effect — of the inflammatory cycle.

Scientists used artificial stimulation to replicate the on/off neuronal firing seen in non-REM sleep. Mice showed improved learning and memory — raising the long-term question of whether sleep's cognitive benefits can be decoupled from sleep itself.

Human brain imaging after sleep deprivation shows elevated SV2A (a marker of synaptic density), consistent with the synaptic homeostasis theory of sleep. The brain literally accumulates excess synaptic load when you don't sleep — and needs rest to clear it.

Scientists targeted the thin fat layer surrounding blood vessels with a transcription inhibitor. The approach reduced markers of cardiometabolic disease — and points to a new class of targets that conventional cardiovascular drugs don't address.

A new study finds that hyperglycosylation — excessive sugar modification of proteins — is a consistent feature of Alzheimer's brain tissue. It joins amyloid and tau as a potential diagnostic and therapeutic target.

Researchers used network-driven computational mapping to flag existing approved drugs that hit multiple hallmarks of aging simultaneously. Several candidates emerged that are already in use for other conditions — cutting the path to human trials significantly.

A deep dive into the biology that makes cancer possible — and the cellular pathways tumors exploit. Part 1 of a three-part series laying the foundation for understanding where peptide research fits in oncology.

Part 2 moves into how cancers spread and which known peptides intersect with those mechanisms. Covers tumor suppressor pathways and early research on peptides studied in cancer contexts.