ADEX
| : 30ML |
30ML
|
|---|
$34.99
In stock
Description
ADEX is a synthetic non-steroidal compound classified as an aromatase inhibitor. It belongs to the triazole family of molecules and is structurally defined by its 1,2,4-triazole ring system, which enables high binding affinity to the aromatase enzyme. Through this interaction, Adex has been extensively studied for its role in modulating the aromatization process, where androgens are converted into estrogens.
In research settings, Adex is frequently investigated for its ability to alter estrogen biosynthesis, providing a controlled model for studying endocrine regulation, hormone-sensitive pathways, and receptor-mediated cellular responses. Its stability, oral bioavailability, and predictable pharmacokinetic profile make it a reliable compound for laboratory studies focused on enzyme inhibition, gene regulation, and broader aspects of steroidogenesis.
Adex remains a widely utilized reference compound in experimental frameworks examining estrogen blockade, serving as an important tool in biochemical and molecular biology research.
Additional information
| SIZE | 30ML |
|---|
Concentration :
1MG/ML
Size :
30ML
ADEX is a synthetic non-steroidal compound classified as an aromatase inhibitor. It belongs to the triazole family of molecules and is structurally defined by its 1,2,4-triazole ring system, which enables high binding affinity to the aromatase enzyme. Through this interaction, Adex has been extensively studied for its role in modulating the aromatization process, where androgens are converted into estrogens.
In research settings, Adex is frequently investigated for its ability to alter estrogen biosynthesis, providing a controlled model for studying endocrine regulation, hormone-sensitive pathways, and receptor-mediated cellular responses. Its stability, oral bioavailability, and predictable pharmacokinetic profile make it a reliable compound for laboratory studies focused on enzyme inhibition, gene regulation, and broader aspects of steroidogenesis.
Adex remains a widely utilized reference compound in experimental frameworks examining estrogen blockade, serving as an important tool in biochemical and molecular biology research.
