LATEST PEPTIDE ARTICLES

KED Potential Actions in Different Models of Cellular Aging

KED Potential Actions in Different Models of Cellular Aging

KED (Vesugen) is posited to be a short peptide that may act as a cell-regulating bioregulator with actions on differentiation, repair, and functional maintenance in aging cells. The peptide is defined as one of Khavinson’s peptides, and it is studied primarily by the...

FOXO4-DRI Peptide Potential Interactions with Aged Cell Cultures

FOXO4-DRI Peptide Potential Interactions with Aged Cell Cultures

FOXO4-DRI is a synthetic peptide that is actively researched regarding its potential to induce programmed cell death in aged cells, and thus reduce the burden that aged cells pose on different tissues. Apparently, the peptide achieves that by mimicking a part of the...

Ovagen Peptide’s Potential in Cellular Aging

Ovagen Peptide’s Potential in Cellular Aging

Ovagen is a tripeptide with the structure of Glu–Asp–Leu. Therefore, it is also sometimes mentioned in scientific literature under the abbreviation EDL. Ovagen is considered one of Khavinson’s peptides, which may play a role as a cellular bioregulator. Specifically,...

MGF IGF-1 Ec Peptide Potential For Muscle Cell Research

MGF IGF-1 Ec Peptide Potential For Muscle Cell Research

MGF IGF-1 Ec is a short peptide that is also referred to as the E-domain of full-length MGF (mechano-growth factor). It appears to be a peptide made of 24 amino acids that is produced when the IGF-1 gene is translated into an amino acid sequence. During this process,...

Cortagen’s Potential in Cellular Aging, Stress, and Regeneration

Cortagen’s Potential in Cellular Aging, Stress, and Regeneration

Cortagen (Ala-Glu-Asp-Pro) is a tetrapeptide that researchers have studied as a possible modulator of cellular programs tied to stress handling, cellular aging, other chromatin changes, cellular differentiation, and cellular repair. (1) It is often classified as a...

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