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Recovery & Repair

KLOW

KLOW
Recovery & Repair
80mg

80mg

$199

Multi-peptide blend combining several synergistic compounds for systemic repair, recovery, and regenerative signaling.

  • Tested by Freedom Diagnostics — independent US lab
  • COA published with every lot
  • Shipped from the US
1

For in-vitro research use only. Not for human or veterinary consumption, diagnostic, or therapeutic use.

KLOW is a multi-peptide blend formulated to combine the regenerative and reparative activity of several individual peptides into a single reconstitution. Each component contributes complementary pathways — ranging from tissue repair and anti-inflammatory signaling to neuroendocrine modulation — intended to produce broader systemic effects than any single peptide delivers on its own.

Mechanism varies by component. The blend is designed so that its peptides act on overlapping and complementary pathways including tissue remodeling, anti-inflammatory cytokine modulation, growth factor signaling, and regenerative cellular responses. Specific mechanistic details depend on final formulation composition.

Molecular Formula
Multi-component blend
Molecular Weight
Variable by component
Form
Lyophilized peptide blend
Solubility
Soluble in bacteriostatic water
Dosage Range
Per research protocol
Plasma Half-Life
Variable by component
Bioavailability
High subcutaneous
  • Certificate of analysis

    Independent third-party report for the lot you receive — identity and purity. Available on request with your order; we'll email it back the same business day.

  • Cold-chain when required

    Temperature-sensitive peptides ship with insulation and coolant. Store as indicated on the vial. Stability notes included with the order.

  • For research only

    Sold for in-vitro research and laboratory use. Not for human or veterinary consumption. We don't advise on protocols or dosing.

  1. [01]

    Peptide combination therapies in regenerative research

    Various · Research Literature · 2023

    Multi-peptide protocols have been investigated in a range of regenerative and recovery contexts, with individual components contributing complementary signaling effects.