Oxandrolone 10 mg Tablets
10 mg · 100 tablets · Oxandrolone (Anavar) is a DHT-derived oral anabolic reference standard used in research on protein synthesis, nitrogen balance, strength adaptation, and non-aromatizing androgen-receptor signaling.
€ 49.00
| Discount Type | Quantity | Discount |
|---|---|---|
| Quantity Based Discount | 2 | 5% € 46.55 |
| Quantity Based Discount | 3 | 8% € 45.08 |
| Quantity Based Discount | 4 + | 10% € 44.10 |
Beschreibung
Oxandrolone 10 mg Tablets — La Pharma
Brand: La Pharma
Category: Oral AAS Research Compound
Content: 100 tablets × 10 mg (1,000 mg total)
Price: €49
Manufactured in: Thailand
🧪 Product Overview
Oxandrolone 10 mg (commonly known as Anavar) is a synthetic anabolic reference compound derived from
dihydrotestosterone (DHT) and modified with a 2-oxa substitution and 17-α-methyl group. These structural adaptations
provide a high anabolic-to-androgenic ratio, strong AR-mediated signaling, and reliable oral bioavailability, making it
a frequently used compound in laboratory studies of protein synthesis, nitrogen balance, metabolic remodeling, and
body-composition endpoints.
Because oxandrolone does not aromatize into estrogen, its activity reflects pure androgen receptor signaling,
making it valuable for comparative assays evaluating estrogenic vs. non-estrogenic anabolic pathways.
✅ Key Research Highlights
Non-aromatizing DHT-derived anabolic agent:
Supports studies that isolate androgen receptor pathways without estrogenic interference.
High anabolic signaling efficiency:
Up-regulates myofibrillar protein synthesis and nitrogen retention in controlled laboratory models.
Favorable strength & body-composition markers:
Used in research involving recovery, catabolic states, and lean mass modulation.
17-α-alkylation:
Enhances oral stability but introduces hepatic-enzyme interaction profiles relevant to toxicology studies.
🧬 Suggested Laboratory Applications
- Protein synthesis and nitrogen-balance research
- Androgen receptor (AR) activation and gene transcription studies
- Comparative analysis of non-aromatizing vs. aromatizing anabolic agents
- Body-composition and rehabilitation modeling
- Hepatic interaction and metabolic profiling for 17-α-alkylated compounds
📊 Technical Specifications
| Field | Value |
|---|---|
| Chemical Name | Oxandrolone |
| IUPAC (Short) | 17β-Hydroxy-17-methyl-2-oxa-5α-androstan-3-one |
| Molecular Formula | C19H30O3 |
| Molecular Weight | 306.44 g/mol |
| CAS Number | 53-39-4 |
| Synonyms | Anavar; Oxandrin; 2-oxa-17-methyl-DHT |
| Primary Research Benefits | Lean mass & strength markers; nitrogen retention; non-aromatizing anabolic signaling |
| Primary Research Risks |
Hepatic enzyme elevation; lipid shifts (↓HDL / ↑LDL); androgenic dermatological effects; HPTA suppression markers |
| Total Active Content | 1,000 mg per bottle (100 × 10 mg tablets) |
| Storage / Shelf Life | 15–25 °C, dry, protected from light; 36 months sealed |
❄️ PubChem-Supported Research Insights
- DHT-derived structure provides non-aromatizing anabolic signaling
- Reliable oral activity due to 17-α-alkylation
- Widely referenced in lean-mass and recovery models
- Useful comparator in metabolic and endocrine research
- Hepatic enzyme interaction patterns common to methylated AAS
⚠️ Documented Research Side Effects
- Hepatotoxicity risk markers (17-α-alkylated class)
- Lipid profile disruption (↓ HDL / ↑ LDL)
- Androgenic effects: acne, hair changes, virilization in female models
- Potential HPTA suppression
- GI discomfort and headaches reported in some literature
🧯 Handling & Compliance
For Research Use Only — not for human or veterinary use.
Store sealed, protected from heat and light.
Supplied with traceability data; no therapeutic claims made.
Purchaser confirms lawful and ethical research use within their jurisdiction.
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