A short neuropeptide studied in research settings for its potential role in deep (delta) sleep regulation, stress modulation, and overall recovery processes.
A synthetic peptide based on a fragment of a naturally occurring gastric peptide. In basic research (animal or early-stage studies), it’s investigated for tissue healing, gut lining integrity, anti-inflammation, and angiogenesis (blood vessel growth).
A growth-hormone-releasing hormone (GHRH) analog studied for its ability to stimulate natural growth hormone release. It’s often used in research on metabolism, recovery, and muscle regeneration. Some vendors distinguish versions “with DAC” (longer-acting) and “no DAC” (shorter-acting).
When blended together in research products, these peptides are marketed to provide complementary actions:
DSIP — Sleep restoration & neuroendocrine balance
BPC-157 — Tissue repair & anti-inflammatory processes
CJC-1295 — Stimulation of growth hormone pathways
Some research product descriptions state the combination supports recovery, tissue healing, stress regulation, sleep quality, and regenerative signaling simultaneously — though robust clinical evidence in humans is largely lacking and these products are not FDA-approved drugs.
Enhanced deep restorative sleep (DSIP)
Improved tissue and tendon recovery (BPC-157)
Anti-inflammatory signaling (BPC-157)
Stimulated growth hormone release (CJC-1295)
Support for overall recovery and regeneration when peptides are used together
A short neuropeptide studied in research settings for its potential role in deep (delta) sleep regulation, stress modulation, and overall recovery processes.
A synthetic peptide based on a fragment of a naturally occurring gastric peptide. In basic research (animal or early-stage studies), it’s investigated for tissue healing, gut lining integrity, anti-inflammation, and angiogenesis (blood vessel growth).
A growth-hormone-releasing hormone (GHRH) analog studied for its ability to stimulate natural growth hormone release. It’s often used in research on metabolism, recovery, and muscle regeneration. Some vendors distinguish versions “with DAC” (longer-acting) and “no DAC” (shorter-acting).
When blended together in research products, these peptides are marketed to provide complementary actions:
DSIP — Sleep restoration & neuroendocrine balance
BPC-157 — Tissue repair & anti-inflammatory processes
CJC-1295 — Stimulation of growth hormone pathways
Some research product descriptions state the combination supports recovery, tissue healing, stress regulation, sleep quality, and regenerative signaling simultaneously — though robust clinical evidence in humans is largely lacking and these products are not FDA-approved drugs.
Enhanced deep restorative sleep (DSIP)
Improved tissue and tendon recovery (BPC-157)
Anti-inflammatory signaling (BPC-157)
Stimulated growth hormone release (CJC-1295)
Support for overall recovery and regeneration when peptides are used together
