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HCG 10,000iu research vial

peptides

HCG 10,000iu

Human chorionic gonadotropin is a glycoprotein hormone that mimics LH at the LH/CG receptor. Widely used in endocrine research examining testicular Leydig-cell signaling, steroidogenesis, and HPG-axis maintenance.

Research-observed benefits

  • LH-receptor agonism
  • Steroidogenesis research
  • HPG-axis modeling
  • Fertility-pathway studies

Findings reported in in-vitro / preclinical research literature. Not therapeutic claims.

CAS Number

Purity

99%+

Molecular Formula

Stock

120 units

Order type

Purchase option

Quantity

1

Total

$50

For in-vitro research only. Not for human consumption, diagnostic, or therapeutic use. Storage at -20°C recommended for lyophilized peptides.

HCG 10,000iu — Full Research Breakdown

Tailored information for researchers. All content is for in-vitro / preclinical research context only — not medical advice.

Mechanism of Action

Glycoprotein hormone whose beta subunit binds the shared LH/CG receptor with high affinity and a long half-life, driving cAMP/PKA signaling in gonadal steroidogenic cells.

How It Helps

Maintains Leydig-cell testosterone output and testicular volume in suppression models, and drives follicular maturation signaling in reproductive research.

Half-Life

~24–36 hours terminal (substantially longer than native LH)

Onset of Effects

Steroidogenic response measurable within 24–48 hours of exposure.

Storage

Lyophilized: 2–8°C. Reconstituted: refrigerated, use within 30 days.

Stacks Well With

  • Kisspeptin (upstream HPG activation)
  • HGH (endocrine research models)

Research-Observed Side Effects

  • Injection-site reaction
  • Estrogen conversion in models
  • Fluid retention
  • Gynecomastia signaling in translation

Translational Cautions

  • Hormone-sensitive malignancy in human translation
  • Precocious puberty models

Research Highlights

  • Preserves intratesticular testosterone during exogenous androgen suppression.
  • Standard ovulation-trigger agent in reproductive-endocrinology literature.
  • Well-characterized LH-receptor pharmacology across species.

Researcher FAQ