N6-benzyladenine

Summary

N6-benzyladenine is a type of chemical entity^[1]. N6-benzyladenine ranks in the top 6% of type_of_chemical_entity entities by monthly Wikipedia readership (130 views/month).^[2]

Key Facts

• N6-benzyladenine's instance of is recorded as type of chemical entity^[3].
• N6-benzyladenine's canonical SMILES is recorded as C1=CC=C(C=C1)CNC2=NC=NC3=C2NC=N3^[4].
• N6-benzyladenine's chemical formula is recorded as C₁₂H₁₁N₅^[5].
• N6-benzyladenine is a type of purine alkaloid^[6].
• N6-benzyladenine's Commons category is recorded as 6-Benzylaminopurine^[7].
• N6-benzyladenine's found in taxon is recorded as Mangifera indica^[8].
• N6-benzyladenine's found in taxon is recorded as Panax ginseng^[9].
• N6-benzyladenine's found in taxon is recorded as Humulus lupulus^[10].
• N6-benzyladenine's found in taxon is recorded as Nymphaea alba^[11].
• N6-benzyladenine's found in taxon is recorded as Cocos nucifera^[12].
• N6-benzyladenine's found in taxon is recorded as Oryza sativa^[13].
• N6-benzyladenine's found in taxon is recorded as Rehmannia glutinosa^[14].
• N6-benzyladenine's found in taxon is recorded as Trifolium pratense^[15].
• N6-benzyladenine's mass is recorded as {'unit': 'Q483261', 'amount': '+225.101'}^[16].
• N6-benzyladenine's melting point is recorded as {'unit': 'Q25267', 'amount': '+231'}^[17].
• N6-benzyladenine's subject has role is recorded as plant growth regulator^[18].
• N6-benzyladenine's subject has role is recorded as primary metabolite^[19].

Why It Matters

N6-benzyladenine ranks in the top 6% of type_of_chemical_entity entities by monthly Wikipedia readership (130 views/month).^[2] N6-benzyladenine has Wikipedia articles in 12 language editions, a strong signal of global cultural recognition.^[20] N6-benzyladenine is known by 28 alternative names across languages and contexts.^[21]