ModernAminos

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[ModernAminos @ModernAminos]

In 1999, a Stanford team traced canine narcolepsy to a mutation in one gene: the orexin-2 receptor (Lin 1999, Cell). Narcolepsy brings sudden slides from wakefulness into REM sleep. Seltorexant was built to block that same receptor.

[ModernAminos @ModernAminos]

Tesamorelin and sermorelin both speak to the pituitary through the GHRH receptor. That shared receptor is where the comparison should begin, not where it should end.

[ModernAminos @ModernAminos]

See both research materials:
Tesamorelin: https://t.co/WG1gcmMO6m
Sermorelin: https://t.co/sxPCzwYd7E

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[ModernAminos @ModernAminos]

Sermorelin is a 29-amino-acid GHRH fragment. Tesamorelin extends the sequence and modifies one end to change how it survives breakdown. Researchers have also tested them in different populations. Same pathway; different molecules and evidence.

[ModernAminos @ModernAminos]

Tesamorelin and sermorelin both speak to the pituitary through the GHRH receptor. That shared receptor is where the comparison should begin, not where it should end.

[ModernAminos @ModernAminos]

Seltorexant, 5MG dry-fill capsules, 60 per bottle:
https://t.co/K3B3Ix3fXG

Use code SCOUT.

[ModernAminos @ModernAminos]

In 1999, a Stanford team traced canine narcolepsy to a mutation in one gene: the orexin-2 receptor (Lin 1999, Cell). Narcolepsy brings sudden slides from wakefulness into REM sleep. Seltorexant was built to block that same receptor.

[ModernAminos @ModernAminos]

That's where it stands: investigational, not approved, with a sharply defined target and a clinical case that rests on the patients whose depression comes with poor sleep.

[ModernAminos @ModernAminos]

See both research materials:
MOTS-C: https://t.co/HjsMguDR4P
AICAR: https://t.co/4sqiQyMLCX

Use code SCOUT.

[ModernAminos @ModernAminos]

MOTS-C is encoded in mitochondrial DNA. AICAR is a synthetic nucleoside that cells convert into an AMP-like signal. They meet in metabolic research, but they arrive from opposite directions.

[ModernAminos @ModernAminos]

AICAR became famous after mouse endurance experiments involving AMPK. MOTS-C work asks how a mitochondria-derived peptide signals during metabolic stress. An 'exercise mimetic' label hides the chemistry that makes each worth studying.