Collection:

Peptides

Indicated to modulate specific biological processes in the body, promoting cell regeneration, tissue repair, immune regulation and metabolic balance through selective action on key molecular pathways. They contribute to: Cell regeneration and tissue repair : They stimulate the synthesis of...

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Indicated to modulate specific biological processes in the body, promoting cell regeneration, tissue repair, immune regulation and metabolic balance through selective action on key molecular pathways.

They contribute to:

  • Cell regeneration and tissue repair : They stimulate the synthesis of structural proteins and the repair of damaged tissues, including skin, muscle, cartilage and bones.
  • Immune modulation : Regulation of immune cell activity, improving the response against infections or reducing chronic inflammation.
  • Hormonal optimization : They influence endocrine axes such as the hypothalamic-pituitary axis, improving the secretion of key hormones such as GH, insulin, and sex hormones.
  • Reduction of inflammation : They inhibit pro-inflammatory cytokines, promoting homeostasis and recovery in tissues affected by acute or chronic inflammation.
  • Neuroprotection and cognitive function : They promote neurogenesis, synaptogenesis and neuronal protection, improving memory and resistance to oxidative stress.
  • Metabolic optimization : They increase insulin sensitivity, promote lipolysis and improve energy metabolism, helping to regulate weight and glucose levels.
  • Intestinal repair : They restore the integrity of the intestinal barrier and promote the healing of gastrointestinal conditions by regenerating the mucosa.
  • Anti-aging support : They delay cellular deterioration processes by modulating pathways related to longevity and mitochondrial function.

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