EGF vs BMP-7

Head-to-head comparison of EGF (Human Epidermal Growth Factor) and BMP-7 (Recombinant Human Bone Morphogenetic Protein-7) — benefits, dosing, side effects, research data, and where to buy.

Research Score

EGF
4.6
PropertyEGFBMP-7
CategoryRecovery & HealingRecovery & Healing
Full NameHuman Epidermal Growth FactorRecombinant Human Bone Morphogenetic Protein-7
Molecular Weight6.0 kDa35000 Da
Half-Lifeminutesshort, localized exposure
Amino Acids53139
Typical Dose0.04–0.1 mg/cm²/dayprocedure-dependent local implant
RouteTopicalLocal/Implant
Purity≥98%≥98%
Studies Count650700
Research StatusClinicalClinical

EGF Benefits

  • re-epithelialization
  • fibroblast activation
  • angiogenesis support
  • faster ulcer closure

BMP-7 Benefits

  • supports bone formation
  • may aid nonunion repair
  • promotes connective tissue regeneration
  • helps scaffold integration

EGF Dosing

Topical daily|0.04–0.1 mg/cm²|short courses until granulation/closure

BMP-7 Dosing

local implantation|single procedural exposure|research or device-specific delivery

EGF Side Effects

  • local irritation
  • erythema
  • theoretical hyperproliferation
  • pain at site

BMP-7 Side Effects

  • local swelling
  • inflammation
  • ectopic mineralization

Research Overview

EGF

Human and animal studies show EGF can accelerate epithelial migration and wound closure, especially in burns, ulcers, and mucosal injury. Its best evidence is for topical or local delivery because systemic exposure is brief and the effect is highly localized.

BMP-7

rhBMP-7 has a long history in preclinical and clinical literature for bone repair, particularly in challenging healing environments. Its cartilage-related research is less mature than BMP-2 but still relevant to musculoskeletal regeneration.

Ready to buy?

Find both peptides from our verified, lab-tested vendors with purity certificates and third-party testing.

Common Stacking Partners

EGF stacks with:

FGF2PDGF-BB

BMP-7 stacks with:

HydroxyapatiteCollagen scaffoldTeriparatide
growth-factorepithelial-healingwound-repairbone-healingconnective-tissueregeneration