Ring finger protein 152
mammalian protein found in Homo sapiens
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Ring finger protein 152
Summary
Ring finger protein 152 is a protein[1]. It is known by 4 alternative names across languages and contexts.[2]
Key Facts
- Ring finger protein 152's instance of is recorded as protein[3].
- Ring finger protein 152 is part of E3 ubiquitin-protein ligase RNF152[4].
- Ring finger protein 152 is part of Zinc finger, RING/FYVE/PHD-type[5].
- Ring finger protein 152 is part of Zinc finger, RING-type, protein family[6].
- Ring finger protein 152 comprises Zinc finger, RING-type[7].
- Ring finger protein 152's molecular function is recorded as ubiquitin-protein transferase activity[8].
- Ring finger protein 152's molecular function is recorded as small GTPase binding[9].
- Ring finger protein 152's molecular function is recorded as metal ion binding[10].
- Ring finger protein 152's molecular function is recorded as ubiquitin protein ligase activity[11].
- Ring finger protein 152's molecular function is recorded as transferase activity[12].
- Ring finger protein 152's molecular function is recorded as ubiquitin protein ligase activity[13].
- Ring finger protein 152's cell component is recorded as integral component of membrane[14].
- Ring finger protein 152's cell component is recorded as integral component of organelle membrane[15].
- Ring finger protein 152's cell component is recorded as lysosome[16].
- Ring finger protein 152's cell component is recorded as membrane[17].
- Ring finger protein 152's cell component is recorded as lysosomal membrane[18].
- Ring finger protein 152's cell component is recorded as lysosomal membrane[19].
- Ring finger protein 152's biological process is recorded as protein K63-linked ubiquitination[20].
- Ring finger protein 152's biological process is recorded as protein K48-linked ubiquitination[21].
- Ring finger protein 152's biological process is recorded as cellular response to amino acid starvation[22].
- Ring finger protein 152's biological process is recorded as positive regulation of autophagy[23].
- Ring finger protein 152's biological process is recorded as negative regulation of TORC1 signaling[24].
- Ring finger protein 152's biological process is recorded as apoptotic process[25].
- Ring finger protein 152's biological process is recorded as protein polyubiquitination[26].
- Ring finger protein 152's biological process is recorded as protein ubiquitination[27].
Why It Matters
Ring finger protein 152 is known by 4 alternative names across languages and contexts.[2]