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Boldenone Undecylenate (Equipoise) 200 mg/mL – 10 mL

Description

Biochem Boldenone Undecylenate (Equipoise) 200 mg/mL – 10 mL

Biochem Boldenone Undecylenate 200 mg/mL – 10 mL, also known by the brand name Equipoise, is a long-acting injectable anabolic-androgenic steroid containing boldenone undecylenate, an ester of boldenone.

Boldenone undecylenate is a synthetic derivative of testosterone with anabolic and androgenic properties. It has been used in veterinary medicine, particularly in horses, for its effects on body condition, appetite, and tissue metabolism.

Its undecylenate ester supports gradual release following intramuscular injection, resulting in a prolonged duration of action compared with shorter-acting anabolic steroid esters.

This formulation is described as an oil-based injectable solution. The specific carrier oil for the Biochem product has not been confirmed.

SpecificationDetails
Product NameBiochem Boldenone Undecylenate
Alternative NameEquipoise / EQ
Active IngredientBoldenone Undecylenate
Concentration200 mg/mL
Vial Size10 mL
Total Active Ingredient2,000 mg per vial
Carrier OilSesame Seed Oil
FormulationOil-Based Injectable Solution
Drug ClassificationAnabolic-Androgenic Steroid (AAS)
Historical ApplicationVeterinary Use, Particularly in Horses
Human Medical ApprovalNot FDA-Approved for Human Use
AdministrationIntramuscular Injection in Authorized Veterinary Applications
Release ProfileLong-Acting Boldenone Ester

1. Influences Protein Synthesis

Boldenone has anabolic properties associated with androgen receptor activation and changes in protein metabolism. These effects have primarily been described in veterinary and pharmacological contexts.

2. Influences Muscle Tissue Development

Boldenone interacts with androgen receptors in skeletal muscle and can produce anabolic effects that influence muscle tissue development and lean body mass. These effects do not establish safety or therapeutic benefit in humans.

3. Influences Nitrogen Retention

Like other anabolic-androgenic steroids, boldenone can affect nitrogen metabolism, a physiological process associated with protein maintenance and tissue deve