Metenolone enanthate preparation
Rimobolan
By Bayer
Available to order
Rimobolan appears in Bayer-branded packaging identifying metenolone enanthate and a 100 mg/1 mL ampoule. A pregnancy contraindication warning is printed on the illustrated carton. Ingredient shown: Metenolone enanthatePack shown: 1 sterile ampoule, 1 mLStrength marking: 100 mg per mL Packaging-based mockup information. Product authenticity and batch testing have not been...
Read full detailsReference MOCK-RIMOBOLANBAYER100MG1MLAMPOULE
Carton-declared pack information
Scientifically sourced molecule context
Published literature links
Batch testing not verified
Quick facts.
The full story.
Rimobolan appears in Bayer-branded packaging identifying metenolone enanthate and a 100 mg/1 mL ampoule. A pregnancy contraindication warning is printed on the illustrated carton.
Ingredient shown: Metenolone enanthate
Pack shown: 1 sterile ampoule, 1 mL
Strength marking: 100 mg per mL
Packaging-based mockup information. Product authenticity and batch testing have not been independently verified.
Product identity and label declaration
Rimobolan is shown as 100 mg per 1 mL; one ampoule. The printed pack shows methenolone enanthate at 100 mg/1 mL and a single ampoule; references about the molecule do not authenticate this Bayer-branded illustration.
Molecule and formulation context
Methenolone enanthate is a named synthetic steroid ester with separately cataloged chemical identifiers. Background chemistry cannot replace a manufacturer-provided batch document.
How to read strength and pack size
The supplied illustration states 100 mg per 1 mL; one ampoule. A label amount indicates how the carton presents the product; it does not indicate independent potency testing. Different pack totals and per-unit declarations should not be treated as interchangeable.
What this information does not verify
The illustrated carton and public scientific sources do not establish source authenticity, regulatory approval, laboratory assay, sterility, contaminant screening, expiration or lot-matched certification. Use source documents for those claims.
Specifications.
Technical data.
What’s included.
Components & details.
Methenolone enanthate
Metenolone enanthate; methenolone ester
- Formula
- C27H42O3
- Molecular weight
- 414.6 g/mol
- CAS
- 303-42-4
- PubChem CID
- 248271
- Also called
- Metenolone enanthate
- Carton declaration
- 100 mg per 1 mL; one ampoule
Published chemical identifiers describe the reference methenolone enanthate molecule. Their presence here is background chemistry, not proof that the pictured product contains verified material.
Scientific references concern the named reference molecule or ingredient class, not this illustrated package. No verified certificate, batch assay, accreditation, purity, contamination screening, lot date or approval is claimed.
Methods & standards.
Sources & context.
Published references add scientific depth beyond the packaging. They describe reference molecules and physiological or analytical research, not independent tests or clinical advice for this particular pack.
4 topics · 3 source records
Methenolone and esterification
Methenolone enanthate is a synthetic steroid ester (CAS 303-42-4). PubChem reports the chemical formula C27H42O3 and molecular weight approximately 414.6 g/mol. These are reference properties, not batch measurements.
Steroid identification requires instrumental evidence
Steroid analytes can be assessed using chromatographic and mass-spectrometric techniques, but a sample-specific certificate would be needed to document this package.
A label declaration is not a potency result
The 100 mg / 1 mL text is a packaging declaration. Without a source lot record, actual assay, excipients, sterility and expiry must be treated as unverified.
Chemical reference is not product authorization
Molecule database entries and scientific articles do not validate a brand’s supply chain, authorization, or a pictured batch.
Complete source list (3)
Walpurgis K, Piper T, Thevis M· Best Practice & Research Clinical Endocrinology & Metabolism
Huml L et al.· Sensors (Basel)
Guo ZS et al.· Fa Yi Xue Za Zhi