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Hormones & Peptides

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Peptides are chains of amino acids that act as cell signaling molecules that bind to thecell surface receptors, triggering an intracellular action. Peptides use the body’s owninnate healing abilities to move the system towards optimal health, and pair well withhormone replacement and regenerative therapies. Read More...


Note: Not all peptides are FDA approved. The above is for educational purposes only.We do not endorse research or not for human use, non-prescription peptides.

  • Neuroactive peptides studied for focus, stress
    modulation, and cognitive support.

  • Neuroactive peptide associated
    with sleep‐wake regulation, stress modulation, and autonomic balance

Precision Bio-Signaling

  • Neuroactive peptides studied for focus, stress
    modulation, and cognitive support.

  • Neuroactive peptide associated
    with sleep‐wake regulation, stress modulation, and autonomic balance

  • Used to improve metabolism. Master pathways involved in
    food intake and metabolism can be targeted.

  • GLP‐1 receptor agoist influencing appetite regulation,
    gastric emptying, and glycemic control.

  • Dual GIP/GLP‐1 agonist affecting metabolic efficiency,
    appetite, and insulin dynamics.

  • Used to improve metabolism. Master pathways involved in
    food intake and metabolism can be targeted.

  • GLP‐1 receptor agoist influencing appetite regulation,
    gastric emptying, and glycemic control.

  • Dual GIP/GLP‐1 agonist affecting metabolic efficiency,
    appetite, and insulin dynamics.

  • Supports pulsatile GH release, recovery, body composition, and sleep‐related repair.

  • Mimics downstream growth‐factor signaling involved in tissue repair and cellular growth.

  • GHRH analog that encourages physiologic GH secretion with a shorter, more natural pulse profile.

  • A multi‐pathway repair‐support
    blend for inflammation modulation, tissue integrity, angiogenesis, and
    cellular signaling.

  • Targets innate repair receptors involved in
    inflammation modulation,nerve repair, and neuropathic pathways.

  • Used to improve metabolism. Master pathways involved in
    food intake and metabolism can be targeted.

  • Immune‐modulating peptide associated with T‐cell
    and host‐defense signaling.

  • Melanocortin receptor agonist associated with libido and
    arousal pathways.

  • Neuropeptide linked to social bonding, emotional regulation,
    and stress‐response pathways.

  • Melanocortin receptor agonist associated with libido and
    arousal pathways.

  • Neuropeptide linked to social bonding, emotional regulation,
    and stress‐response pathways.

  • Supports pulsatile GH release, recovery, body composition, and sleep‐related repair.

  • Mimics downstream growth‐factor signaling involved in tissue repair and cellular growth.

  • GHRH analog that encourages physiologic GH secretion with a shorter, more natural pulse profile.

  • GHRH analog studied for visceral adipose reduction and metabolic signaling.

  • Adult growth hormone deficiency symptoms are now being correlated to a variety of age related diseases. It is estimated that a healthy individual loses 10-15% of their growth hormone for every decade of life and is associated with higher morbidity (illness) and mortality.

  • Supports pulsatile GH release, recovery, body composition, and sleep‐related repair.

  • Mimics downstream growth‐factor signaling involved in tissue repair and cellular growth.

  • GHRH analog that encourages physiologic GH secretion with a shorter, more natural pulse profile.

  • GHRH analog studied for visceral adipose reduction and metabolic signaling.

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