Oxymetholone 25 mg
25 mg · 100 tablets · Oxymetholone delivers an exceptionally strong oral anabolic profile used in research on AR-mediated anabolism, erythropoiesis modeling, steroid metabolism, and toxicological evaluation of 17-α-alkylated anabolic steroids.
€ 59.00
Beschreibung
Oxymetholone 25 mg
Brand: Swiss Remedies
Category: Oral AAS Research Compound
Content: 100 tablets | 25 mg per tablet (2,500 mg total)
Price: €59
Manufactured in: Switzerland
🧪 Product Overview
Oxymetholone 25 mg is a high-potency oral anabolic–androgenic steroid (AAS) supplied as a research-grade
reference compound. Known clinically under names such as Anadrol or Anapolon, oxymetholone is used in laboratory environments
to study androgen receptor (AR) activation, muscle/tissue anabolism, erythropoiesis pathways, and metabolic/toxicological
effects associated with 17-α-alkylated steroids.
Its chemical structure ensures strong oral bioavailability while increasing hepatic metabolic burden—making it a
notable model compound for liver-toxicity assays, comparative metabolism studies, and endocrine-disruption research.
✅ Key Research Highlights
Potent AR agonism:
Oxymetholone binds strongly to the androgen receptor, driving transcriptional activity that increases protein synthesis, muscle mass, and nitrogen retention.
Erythropoiesis modeling:
Historically used clinically to stimulate red blood cell production—useful in studies of hematologic modulation and anabolic signaling.
Metabolic & toxicology relevance:
17-α-alkylation provides oral stability but elevates hepatotoxicity risk, making oxymetholone a cornerstone compound in liver-injury and metabolism research.
Performance physiology research:
Linked to increased lean mass, muscle strength, and cellular hypertrophy in controlled human studies.
🧬 Suggested Laboratory Applications
- Androgen receptor (AR) activation and anabolic transcription studies
- Protein synthesis, nitrogen balance, and hypertrophy models
- Liver toxicity and metabolic burden studies of oral 17-α-alkylated AAS
- Erythropoiesis and hematologic pathway research
- Comparative AAS potency, metabolism, and toxicology profiling
📊 Technical Specifications
| Field | Value / Notes |
|---|---|
| Chemical Name | 17β-Hydroxy-2-(hydroxymethylene)-17α-methyl-5α-androstan-3-one |
| Molecular Formula | C21H32O3 |
| Molecular Weight | ~332.48 g/mol |
| Administration Route | Oral tablet (25 mg) |
| Primary Biological Target | Androgen receptor (AR) — synthetic androgen agonist |
| Main Research Uses | Anabolic signaling, hypertrophy modeling, steroid metabolism, hepatotoxicity evaluation |
| Total Active Content | 2,500 mg (100 × 25 mg) |
| Known Metabolic Liabilities | Hepatotoxicity, lipid-profile disruption, endocrine suppression, fluid retention, cardiovascular strain |
| Solubility & Chemistry Notes | Practically insoluble in water; soluble in alcohol/chloroform; 17-α-alkylated for oral bioavailability |
| Pharmacodynamics | Strong anabolic signal; weak–moderate androgenic activity; erythropoiesis stimulation |
| Regulatory Status | Controlled AAS in many regions; WADA-prohibited substance |
❄️ PubChem-Supported Research Insights
- Strong AR-mediated anabolic transcription
- Increases lean mass and nitrogen retention in research and clinical literature
- 17-α-alkylation linked to hepatocellular toxicity pathways
- Useful in metabolic stability and steroid biotransformation assays
- Reveals lipid imbalances and cardiovascular markers under chronic exposure
⚠️ Documented Research Side Effects
- Cholestatic jaundice, hepatic tumors, peliosis hepatis
- Disrupted lipid profiles (↓ HDL / ↑ LDL)
- Fluid retention and edema; blood-pressure fluctuation
- Endocrine suppression affecting reproductive/testicular function
- Cardiovascular strain under long-term use
🧯 Handling & Compliance
For Research Use Only — not for human or veterinary intake.
Store sealed, in a cool and dry environment, protected from light.
Oxymetholone is a controlled anabolic steroid in many jurisdictions; ensure legal compliance before acquisition or use.
Appropriate laboratory safety protocols, documentation, and ethical approvals (if using in vivo) are required.
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