Hi-Tech Pharma Halotestin 60 tabs.
Hi-Tech Pharma Halotestin 60 units is an advanced chemical reagent, designed for effective research on anabolic and androgenic processes. Based on an innovative formula of three compounds, it is primarily dedicated to advanced research protocols aimed at analyzing the rapid increase in strength parameters and improvement in definition and hardness in a research model. Discover the key properties of Halotestin and find out why it is worth including it in your laboratory. Product intended for research only, not for human consumption.
HALOTESTIN 60 UNITS
HALOTESTIN is an advanced, high-purity chemical reagent containing a synergistic formula of three compounds. It has been designed for effective research on anabolic and androgenic processes. Its action is based on the analysis of metabolic pathways that, in research models, can lead to increased protein synthesis and optimization of strength parameters. This unique property makes Halotestin widely applicable in studies on muscle mass development, strength, and body recomposition.
Product intended for laboratory research only. Not for human consumption.
Halotestin Hi-Tech Pharma - Properties
Discover the potential laboratory properties of Halotestin, which can support research on strength, definition, and anabolic processes.
Support for Anabolic Processes
Supports the analysis of metabolic pathways responsible for protein synthesis.
Intensification of Strength Parameters
Enables the study of rapid increases in strength parameters in laboratory models.
Improved Definition and Hardness
Allows for the observation of improved composition and vascularity in the research model.
Androgenic Metabolism Support
Optimizes research on the conversion to key anabolic hormones.
Anti-Catabolic Action
Supports research on muscle tissue protection under conditions of energy deficit.
Precise Action
An advanced formula of three compounds to maximize research outcomes.
High Quality
A technologically advanced product from the renowned manufacturer Hi-Tech Pharma.
Research Grade
Manufactured to ensure reliable and repeatable research results.
Mechanism of Action of Halotestin
- Precursor to Anabolic Compounds: The ingredients in Halotestin (4-Androsten, 3β-Hydroxyetioallocholan) are compounds studied as precursors that can convert to testosterone and dihydrotestosterone (DHT) in metabolic models.
- Androgen Receptor Activation: These compounds are studied for their ability to activate androgen receptors, which is key in anabolic processes.
- Effect on Protein Synthesis: The formula allows for the study of processes related to building lean mass through the stimulation of protein synthesis.
- Effect on Strength: Research on metabolites (like DHT) suggests a strong impact on the central nervous system, which may translate to an increase in strength parameters in the model.
- Recomposition Support: Potentially supports research on the simultaneous reduction of adipose tissue while preserving muscle mass.
Why choose Halotestin from Hi-Tech Pharma?
By choosing Hi-Tech Pharma products, you are opting for advanced research formulas. Every batch of Halotestin is manufactured by a renowned producer, known for its innovative approach to supplements and reagents. Our quality oversight and use of proven procedures ensure not only the potential effectiveness of the products but also their safety and reliability in a research context. Collaborating with Hi-Tech Pharma guarantees access to technologically advanced substances, ensuring repeatable research results. By choosing this product, you are prioritizing innovation and high-quality research materials.
Research Protocol
How to research:
Halotestin should be administered according to the research protocol. The most common method is oral (per os) administration of a research unit, as required by the specific study.
Cycle duration:
A typical research cycle for Halotestin is 4–8 weeks. This period allows for the observation and documentation of both acute and cumulative effects of the compounds.
Recommended amount for model A:
For studies using model A (e.g., initial research model), the recommended starting dose is 1 unit per day.
Recommended amount for model B:
For model B (e.g., advanced research model), the standard dose is 2 units per day. The dose may be modified according to the study's objectives and parameters.
Monitoring:
Continuous monitoring of all research subjects is essential. Physiological responses must be recorded, and accurate data collection must be ensured throughout the study period.
Research Unit Information
- Research Unit Size: 1 Unit
- Units Per Container: 60
Amount Per Research Unit
| Specification | Amount Per Unit |
|---|---|
| 17beta {3ketoethyl}-androstane-3-one, 17a-ol | 10mg |
| 4-androsten-3β-ol-17-one | 50mg |
| 3β-Hydroxyetioallocholan-17-one | 75mg |
Other Ingredients
Microcrystalline Cellulose, Phosphatidylcholine 75%, Hydroxypropyl Beta Cyclodextrin (HPBCD), Phytosterols, Magnesium Stearate, Silica, FD&C Blue #2, FD&C Yellow #5
Frequently Asked Questions
- The standard research dose is 1 unit per day for model A and 2 units per day for model B, with adjustments based on study requirements.
- In advanced research protocols, Halotestin is sometimes combined with other reagents. However, this requires detailed planning and monitoring for potential synergistic interactions.
- Due to the androgenic nature of the compounds studied, effects on hormonal balance or lipid profiles may be observed in some models. This requires close monitoring of parameters.
- Halotestin is intended for short-term research cycles (4-8 weeks). Long-term effects should always be thoroughly documented and analyzed with close monitoring of the research subject.
- Halotestin units should be stored in a cool, dry, and dark place at controlled room temperature (<25°C), protected from light and moisture.
- Hi-Tech Pharma products are known for their innovative, advanced formulas. The manufacturer's reputation is built on providing compounds with high research potential, ensuring consistency and reliability of analysis.
Calculator for measuring research doses
Tip: 1 MG = 1000 MCG
