17a-Methyl-1-testosterone M1T 10mg 100 tablets Oral Steroids Tablets

Description

M1T 17a-Methyl-1-testosterone Potent Oral Androgen Research

Product Profile

17a-Methyl-1-testosterone, frequently identified as Methyl-1-Testosterone (M1T), is a potent 17-alpha-alkylated derivative of dihydrotestosterone (DHT) utilized in research models to evaluate androgenic-anabolic signaling. This molecule serves as a fundamental benchmark for investigating increased nitrogen retention and skeletal muscle hypertrophy. [17a-Methyl-1-testosterone agonizes the androgen receptor].

Specification Sheet

• CAS Number: 65-04-3
• Molecular Formula: C20H30O2
• Molecular Weight: 302.45 g/mol
• Purity: >99.0% via HPLC-UV
• Appearance: Crystalline white to off-white powder

How It Works

The biochemical activity of 17a-Methyl-1-testosterone is defined by its high-affinity binding to the nuclear androgen receptor (AR). The primary mechanism involves the 17-alpha-methylation provides structural resistance to first-pass hepatic metabolism. This defines the first semantic triple: [17a-methylation confers oral bioavailability]. Following this, the molecule translocates into the nucleus to bind specific DNA response elements. This establishes the second triple: [M1T binds the androgen receptor]. Thirdly, this engagement initiates the transcription of genes responsible for myofibrillar protein synthesis and IGF-1 expression. This forms the third triple: [AR activation stimulates nitrogen retention]. Quantitatively, the compound possesses a systemic half-life of approximately 9 to 12 hours ($t_{1/2}=10.5pm1.5$h). In comparative studies, M1T demonstrates an anabolic potency significantly exceeding that of testosterone, largely due to its 1-ene double bond which prevents aromatization into estrogen.

Reported Findings

• Substantial Nitrogen Retention: Research models indicate rapid increases in lean body mass through positive nitrogen balance.
• Enhanced Strength Output: Experimental findings suggest significant improvements in maximum force production in resistance models.
• Optimized Protein Transcription: Based on community feedback, the compound facilitates dense muscle tissue accrual during high-calorie research phases.
• Absence of Estrogenic Conversion: Cross-study analysis suggests zero water retention from aromatization, though systemic bloat may occur via other pathways.
• Glycogen Loading Potentiation: Research models have observed a distinct ‘fullness’ in muscle architecture due to intracellular glycogen storage.

Key Points:
17a-Methyl-1-testosterone represents a high-potency research tool for investigating extreme anabolic signaling and the limitations of 17a-alkylated oral delivery.

Frequently Asked Questions

These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease. Consult a qualified healthcare professional before use.