TNF superfamily member 14

Summary

TNF superfamily member 14 is a protein^[1].

Key Facts

• TNF superfamily member 14's instance of is recorded as protein^[2].
• TNF superfamily member 14's UniProt protein ID is recorded as M0RCN2^[3].
• TNF superfamily member 14's part of is recorded as Tumour necrosis factor-like domain superfamily^[4].
• TNF superfamily member 14's part of is recorded as tumor necrosis factors^[5].
• TNF superfamily member 14's part of is recorded as Tumour necrosis factor domain, protein family^[6].
• TNF superfamily member 14's has part is recorded as Tumour necrosis factor domain^[7].
• TNF superfamily member 14's RefSeq protein ID is recorded as NP_001178732^[8].
• TNF superfamily member 14's RefSeq protein ID is recorded as XP_038939074^[9].
• TNF superfamily member 14's molecular function is recorded as signaling receptor binding^[10].
• TNF superfamily member 14's molecular function is recorded as cytokine activity^[11].
• TNF superfamily member 14's molecular function is recorded as tumor necrosis factor receptor binding^[12].
• TNF superfamily member 14's molecular function is recorded as cysteine-type endopeptidase inhibitor activity involved in apoptotic process^[13].
• TNF superfamily member 14's cell component is recorded as extracellular space^[14].
• TNF superfamily member 14's cell component is recorded as membrane^[15].
• TNF superfamily member 14's cell component is recorded as integral component of membrane^[16].
• TNF superfamily member 14's biological process is recorded as apoptotic process^[17].
• TNF superfamily member 14's biological process is recorded as immune response^[18].
• TNF superfamily member 14's biological process is recorded as positive regulation of T cell chemotaxis^[19].
• TNF superfamily member 14's biological process is recorded as T cell costimulation^[20].
• TNF superfamily member 14's biological process is recorded as negative regulation of cysteine-type endopeptidase activity involved in apoptotic process^[21].
• TNF superfamily member 14's biological process is recorded as positive regulation of myoblast differentiation^[22].
• TNF superfamily member 14's biological process is recorded as cellular response to mechanical stimulus^[23].
• TNF superfamily member 14's biological process is recorded as positive regulation of myoblast fusion^[24].
• TNF superfamily member 14's biological process is recorded as regulation of signaling receptor activity^[25].
• TNF superfamily member 14's biological process is recorded as positive regulation of NIK/NF-kappaB signaling^[26].