DHEA 100 Euro-Pharmacies

£46.00

DHEA 100 Euro-Pharmacies is a dehydroepiandrosterone research compound supplied by Euro-Pharmacies for in-vitro laboratory investigations. Each bottle contains precisely measured DHEA for steroid hormone pathway studies and endocrine research protocols.

 

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DHEA 100 Euro-Pharmacies
DHEA 100 Euro-Pharmacies
£46.00

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DHEA 100 Euro-Pharmacies: Compound Profile

DHEA 100 Euro-Pharmacies is a dehydroepiandrosterone research compound manufactured by Euro-Pharmacies for laboratory investigations. DHEA (dehydroepiandrosterone) is an endogenous steroid hormone and the most abundant circulating steroid in the human body, serving as a precursor to both androgen and estrogen hormones. This compound enables researchers to examine steroid hormone biosynthesis pathways, investigate endocrine system interactions, and analyse hormonal modulation mechanisms in controlled laboratory environments. Studies have documented DHEA’s role as a neurosteroid with potential effects on neurotransmitter systems and cellular energy metabolism. The compound’s position as an upstream precursor in steroidogenesis makes it valuable for researchers investigating hormone replacement therapy mechanisms, adrenal function, and age-related hormonal changes. Euro-Pharmacies manufactures this research-grade material under controlled conditions to ensure consistent purity for laboratory applications. Whether researchers are examining steroid hormone pathways at Stroid UK Shop or investigating endocrine modulatory effects, this compound provides reliable material for systematic study protocols.

Laboratory Applications

Researchers utilise DHEA in multiple investigative contexts including steroidogenesis pathway studies, endocrine system research, and neurosteroid mechanism analysis. The compound serves as an excellent model for examining steroid hormone conversion processes, allowing scientists to evaluate enzymatic pathways involved in testosterone and estradiol biosynthesis. Laboratory studies have investigated DHEA’s effects on cellular energy metabolism, examining its interactions with mitochondrial function and ATP production pathways. Researchers studying age-related hormonal changes find this compound valuable for analysing declining steroid hormone production patterns. The material enables examination of DHEA’s modulatory effects on immune system function, stress response mechanisms, and cognitive performance indicators in controlled research settings. Scientists investigating prohormone research compounds often incorporate DHEA studies to understand foundational steroidogenic processes. The compound’s neurosteroid properties make it relevant for researchers examining GABA receptor modulation and neuroprotective mechanisms. Additionally, researchers studying metabolic disorders utilise DHEA to investigate its potential effects on insulin sensitivity and glucose metabolism pathways.

Technical Specifications

DHEA 100 Euro-Pharmacies Research Specifications
Chemical Name Dehydroepiandrosterone
CAS Number 53-43-0
Molecular Formula C₁₉H₂₈O₂
Molecular Weight 288.42 g/mol
Manufacturer Euro-Pharmacies
Form Tablets
Concentration 100mg per tablet
Storage Temperature Room temperature, dry environment
Solubility Alcohol, DMSO, limited water solubility

The compound demonstrates optimal stability when stored in dry conditions away from direct light and moisture. Researchers should maintain proper laboratory storage protocols and handle the material using appropriate safety equipment. For comprehensive steroid hormone research, scientists may also examine selective androgen receptor modulators alongside DHEA studies to understand tissue-specific hormonal effects. Advanced research protocols may incorporate peptide research compounds to investigate hormonal regulation mechanisms at the cellular level.

Research Compliance

This DHEA research compound is manufactured exclusively for in-vitro research applications and is not intended for human consumption, therapeutic use, or any clinical applications. Researchers must comply with all applicable laboratory safety protocols and institutional review board guidelines when conducting studies with this material. The compound should only be handled by qualified laboratory personnel in appropriate research facilities with proper ventilation and safety equipment. All research activities must be conducted in accordance with local and international regulations governing research chemicals and laboratory safety standards.

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