SMART: Pfam domain UPF0061

The domain within your query sequence starts at position 79 and ends at position 625; the E-value for the UPF0061 domain shown below is 8.3e-131.

PGACFSRARPAPLRRPRLVALSEPALALLGLEASEEAEVEAEAALFFSGNALLPGTEPAA
HCYCGHQFGQFAGQLGDGAAMYLGEVCTAAGERWELQLKGAGPTPFSRQADGRKVLRSSI
REFLCSEAMFHLGIPTTRAGACVTSESTVMRDVFYDGNPKYEKCTVVLRIAPTFIRFGSF
EIFKPPDEHTGRAGPSVGRDDIRVQLLDYVISSFYPEIQAAHTCDTDNIQRNAAFFREVT
QRTARMVAEWQCVGFCHGVLNTDNMSIVGLTIDYGPFGFLDRYDPDHICNASDNAGRYTY
SKQPQVCKWNLQKLAEALEPELPLALAEAILKEEFDTEFQRHYLQKMRKKLGLIRVEKEE
DGTLVAKLLETMHLTGADFTNTFCVLSSFPADLSDSAEFLSRLTSQCASLEELRLAFRPQ
MDPRQLSMMLMLAQSNPQLFALIGTQANVTKELERVEHQSRLEQLSPSDLQRKNRDHWEA
WLQEYRDRLDKEKEGVGDTAAWQAERVRVMRANNPKYVLRNYIAQKAIEAAENGDFSEVR
RVLKLLE

UPF0061

PFAM accession number:	PF02696
Interpro abstract (IPR003846):	SelO and its homologues are widespread among most eukaryotic taxa, and are also common in many major bacterial taxa. SelO is a conserved pseudokinase that transfers AMP from ATP to Ser, Thr, and Tyr residues on protein substrates (AMPylation). It contains a protein kinase fold with ATP flipped in the active site [ (PUBMED:30270044) ]. In eukaryotes, it is a mitochondrial protein that may be involved in redox biology [ (PUBMED:24751718) ].

PFAM accession number:

PF02696

Interpro abstract (IPR003846):

SelO and its homologues are widespread among most eukaryotic taxa, and are also common in many major bacterial taxa. SelO is a conserved pseudokinase that transfers AMP from ATP to Ser, Thr, and Tyr residues on protein substrates (AMPylation). It contains a protein kinase fold with ATP flipped in the active site [ (PUBMED:30270044) ]. In eukaryotes, it is a mitochondrial protein that may be involved in redox biology [ (PUBMED:24751718) ].

This is a PFAM domain. For full annotation and more information, please see the PFAM entry UPF0061