Neuronal differentiation 1

Summary

Neuronal differentiation 1 is a protein^[1].

Key Facts

• Neuronal differentiation 1's instance of is recorded as protein^[2].
• Neuronal differentiation 1's subclass of is recorded as protein^[3].
• Neuronal differentiation 1's UniProt protein ID is recorded as Willi Weber^[4].
• Neuronal differentiation 1's part of is recorded as Helix-loop-helix DNA-binding domain superfamily^[5].
• Neuronal differentiation 1's part of is recorded as Neurogenic differentiation factor 1^[6].
• Neuronal differentiation 1's part of is recorded as Neurogenic differentiation factor, domain of unknown function, protein family^[7].
• Neuronal differentiation 1's part of is recorded as Myc-type, basic helix-loop-helix (bHLH) domain, protein family^[8].
• Neuronal differentiation 1's has part is recorded as Myc-type, basic helix-loop-helix (bHLH) domain^[9].
• Neuronal differentiation 1's has part is recorded as Neurogenic differentiation factor, domain of unknown function^[10].
• Neuronal differentiation 1's RefSeq protein ID is recorded as NP_062091^[11].
• Neuronal differentiation 1's molecular function is recorded as RNA polymerase II cis-regulatory region sequence-specific DNA binding^[12].
• Neuronal differentiation 1's molecular function is recorded as DNA-binding transcription factor activity, RNA polymerase II-specific^[13].
• Neuronal differentiation 1's molecular function is recorded as DNA-binding transcription activator activity, RNA polymerase II-specific^[14].
• Neuronal differentiation 1's molecular function is recorded as DNA binding^[15].
• Neuronal differentiation 1's molecular function is recorded as chromatin binding^[16].
• Neuronal differentiation 1's molecular function is recorded as double-stranded DNA binding^[17].
• Neuronal differentiation 1's molecular function is recorded as DNA-binding transcription factor activity^[18].
• Neuronal differentiation 1's molecular function is recorded as transcription coactivator activity^[19].
• Neuronal differentiation 1's molecular function is recorded as transcription factor binding^[20].
• Neuronal differentiation 1's molecular function is recorded as sequence-specific DNA binding^[21].
• Neuronal differentiation 1's molecular function is recorded as protein heterodimerization activity^[22].
• Neuronal differentiation 1's molecular function is recorded as protein dimerization activity^[23].
• Neuronal differentiation 1's molecular function is recorded as E-box binding^[24].
• Neuronal differentiation 1's cell component is recorded as nucleus^[25].
• Neuronal differentiation 1's cell component is recorded as cytoplasm^[26].