Abenzimol

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Identification

Molecular formula
C8H12N4
CAS Number
22994-85-0
IUPAC Name
1-amino-2-benzyl-guanidine
Molecular Weight
176.22g/mol
Melting Point
(Celsius)
Boiling Point
(Celsius)
Density
1.2600g/cm3
Synonyms
N-amino-N'-benzylguanidine
Interesting facts

Interesting Facts about 1-amino-2-benzyl-guanidine

1-amino-2-benzyl-guanidine, also known as benzylguanidine, is an intriguing compound with a variety of applications and importance in scientific research. Here are some fascinating insights into this compound:

  • Biological Significance: Benzylguanidine has been studied for its potential in medical applications. For instance, it is being investigated for its use in treating certain cancers, particularly neuroblastoma, due to its affinity for specific neuroblast cells.
  • Structural Versatility: The structure of this compound features a guanidine and a benzyl group, offering an interesting blend of properties that can influence its reactivity and interaction with biological systems.
  • Research Applications: Researchers utilize benzylguanidine in labs to understand more about its interactions with biological molecules, which can lead to a deeper understanding of pharmacology and molecular biology.
  • Mechanism of Action: Some studies have indicated that benzylguanidine may work by inhibiting certain pathways in cancer cells, making it a subject of interest in drug development.
  • Not Just a Compound: This chemical acts as a pharmacophore, a molecule or part of a molecule that is responsible for a particular biological or pharmacological activity, showcasing its potential in drug design.

As a compound with both practical applications and scientific intrigue, 1-amino-2-benzyl-guanidine is a noteworthy area of study for chemists and researchers alike. Its dual nature as both a small molecule and a potential therapeutic agent illustrates the complex interplay between chemistry and biology.

To quote one leading researcher, "The exploration of compounds like 1-amino-2-benzyl-guanidine not only furthers our understanding of molecular interactions but also opens new doors for therapeutic advancements."

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