MAGE family member D1
mammalian protein found in Homo sapiens
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Summary
MAGE family member D1 is a protein[1].
Key Facts
- MAGE family member D1's instance of is recorded as protein[2].
- MAGE family member D1's UniProt protein ID is recorded as Q9Y5V3[3].
- MAGE family member D1's part of is recorded as Melanoma-associated antigen D1[4].
- MAGE family member D1's part of is recorded as MAGE homology domain, protein family[5].
- MAGE family member D1's has part is recorded as MAGE homology domain[6].
- MAGE family member D1's RefSeq protein ID is recorded as NP_001005332[7].
- MAGE family member D1's RefSeq protein ID is recorded as NP_001005333[8].
- MAGE family member D1's RefSeq protein ID is recorded as NP_008917[9].
- MAGE family member D1's RefSeq protein ID is recorded as XP_011529137[10].
- MAGE family member D1's RefSeq protein ID is recorded as XP_016885467[11].
- MAGE family member D1's RefSeq protein ID is recorded as XP_016885468[12].
- MAGE family member D1's RefSeq protein ID is recorded as XP_016885469[13].
- MAGE family member D1's molecular function is recorded as transcription coactivator activity[14].
- MAGE family member D1's molecular function is recorded as protein binding[15].
- MAGE family member D1's molecular function is recorded as identical protein binding[16].
- MAGE family member D1's cell component is recorded as cytoplasm[17].
- MAGE family member D1's cell component is recorded as nucleus[18].
- MAGE family member D1's cell component is recorded as membrane[19].
- MAGE family member D1's cell component is recorded as plasma membrane[20].
- MAGE family member D1's cell component is recorded as chromatin[21].
- MAGE family member D1's cell component is recorded as protein-containing complex[22].
- MAGE family member D1's biological process is recorded as rhythmic process[23].
- MAGE family member D1's biological process is recorded as regulation of circadian rhythm[24].
- MAGE family member D1's biological process is recorded as regulation of apoptotic process[25].
- MAGE family member D1's biological process is recorded as positive regulation of branching involved in ureteric bud morphogenesis[26].