RNF146

Summary

RNF146 is a gene^[1]. RNF146 ranks in the top 2% of gene entities by monthly Wikipedia readership (6 views/month).^[2]

Key Facts

• RNF146's instance of is recorded as gene^[3].
• RNF146's instance of is recorded as protein^[4].
• RNF146 is a type of protein-coding gene^[5].
• RNF146 is a type of protein^[6].
• RNF146 is part of WWE domain superfamily^[7].
• RNF146 is part of Zinc finger, RING/FYVE/PHD-type^[8].
• RNF146 is part of E3 ubiquitin-protein ligase RNF146^[9].
• RNF146 is part of Zinc finger, RING-type, protein family^[10].
• RNF146 is part of WWE domain, subgroup, protein family^[11].
• RNF146 is part of WWE domain, protein family^[12].
• RNF146 is part of Zinc finger, RING-type, conserved site, protein family^[13].
• RNF146's Commons category is recorded as RING finger protein 146 (Dactylidin)^[14].
• RNF146 comprises Zinc finger, RING-type, conserved site^[15].
• RNF146 comprises WWE domain^[16].
• RNF146 comprises Zinc finger, RING-type^[17].
• RNF146 comprises WWE domain, subgroup^[18].
• RNF146's HomoloGene ID is recorded as 12227^[19].
• RNF146's genomic start is recorded as 127587755^[20].
• RNF146's genomic start is recorded as 127266726^[21].
• RNF146's genomic end is recorded as 127288567^[22].
• RNF146's genomic end is recorded as 127609712^[23].
• RNF146's molecular function is recorded as zinc ion binding^[24].
• RNF146's molecular function is recorded as poly-ADP-D-ribose binding^[25].
• RNF146's molecular function is recorded as metal ion binding^[26].
• RNF146's molecular function is recorded as ubiquitin-protein transferase activity^[27].

Why It Matters

RNF146 ranks in the top 2% of gene entities by monthly Wikipedia readership (6 views/month).^[2] RNF146 is known by 9 alternative names across languages and contexts.^[28]