Short Peptides

Peptide IPH AGAA
regulates function of
all types of muscles Read more

Peptide IPH AVN
regulates blood vessel
function Read more

Peptide IPH AEN
regulates cartilage
tissue function Read more

Peptide IPH ESM
regulates connective
tissue function Read more

Peptide IPH REG
regulates cell
regeneration Read more

Peptide IPH LIV
regulates liver
function Read more

Peptide IPH VIS
regulates retinal
function Read more

Peptide IPH GAG
regulates lung
function Read more

Peptide IPH GAA
regulates brain
function Read more

Peptide IPH TR
regulates thyroid
function Read more

Peptide IPH LGA
regulates testicular
function Read more

Peptide IPH AGAL
regulates bronchial
function Read more

Peptide IPH PRO
regulates prostate
function Read more

Peptide IPH LGAT
regulates pancreatic
function Read more

Peptide IPH AGAP
regulates brain
activity Read more

Peptide IPH VGA
regulates bladder
function Read more

Peptide IPH EP
regulates circadian
rhythms Read more

Peptide IPH LGAG
regulates ovarian
function Read more

Peptide IPH TL
regulates telomere
length Read more

Peptide IPH AG
boosts gut
integrity Read more

Peptide IPH BR
Regulates protein
folding Read more

Peptide IPH SGS
regulates
metabolism Read more

Peptide IPH T
regulates thymus
function Read more

Peptide IPH BB
regulates taste
receptors Read more

Peptide IPH XX
regulates adrenal
function Read more

Other revolutionary peptides

Algo Peptides

Algopeptides obtained from seaweed, including deep-sea algae and have unique bioactive properties.

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Cyclo Peptides

Cyclopeptides are distinguished by their closed cyclic structure, which provides them with unique stability and biological activity.

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Ribo Peptides

Ribopeptides, which are complexes of peptides and ribonucleic acids, have a unique ability to specifically regulate genetic expression.

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