KEGG H.walsbyi: HQ2681A

Haloquadratum walsbyi: HQ2681A

Entry

HQ2681A CDS H.walsbyi

Gene name stt3

Definition transmembrane oligosaccharyl transferase

Orthology K07151 dolichyl-diphosphooligosaccharide--protein
glycosyltransferase [EC:2.4.1.119]

Pathway hwa01100 Metabolic pathways

Class Metabolism; Glycan Biosynthesis and Metabolism; Glycosyltransferases

SSDB

Motif Pfam: STT3
PROSITE: SER_RICH

Other DBs NCBI-GI: 110668587
NCBI-GeneID: 4194718
UniProt: Q18GV3

Position complement(1970496..1973804)

AA seq 1102 aa
MGSRSKTDNKSDQSLLDILTDWYHLPVLLLIVGAMFAIRMQTYSNFIRDGEVFFSGNDAW
YHFREVMYITEHWPSPIPFDAWTGFPYGKWVGQFGTLYDQVIATVALILGVGSPTQALIG
ETLLIAPAVAGALAVIPVFFIIKSLSGRIAGIFGAVVLMLLSGTFLNRTLVGVADHNAIE
PLMLGIAVFGLVVAFQKAEATMPVWEVVYEEVFDNHDIDSIEEPLKWGLIGGVLTGLYLW
TWPPGVFIVGIVGIFTILKISSDVVNERTPEPTAFAVVVTMSVVAVMSLIAIDRVQFDTT
SLSLLQPVAAIGVAGSAIALSWLARIWERKNIDISLYPVAVTGLATVGIAVLSLLQIGLI
DLITGNLLRIVGFSASATARTVGEAQPFVSQGSLRRFGVSIPGRIAVEYGLTFFTGLAAA
FILHAKPLFKKGTQRAYAYLGVGISIIGLLFLAGFIPDALETVTGLDEQVAALLVVSAII
GGATFLASYDADKLFIIVWAAFITGMAFTQVRFNYYLAIVVAVFNGYLFGQLLGYLDLKR
SLTSLKNDIDGYQVLAIGAAILLILGPGLAVPISLGNTTTSPAWEAAQNNGPGAVTVWDD
SLEWMQGNTPEEGNLGGAGNADEMELYGTYEFTDDFEYPAGTYGVQSWWDYGHWITTQSN
RIPNANPFQQGATSAANFLLSPNETQSHTVLNEQSTEGNQTRYVMVDWQMATPGSKFGAP
TVFYNAEPNVSRSDFLRTVYQFNQEGRFSGTTSVRTDRFYNSTMTRLYYYHGSARQPSPI
VVDWENRRVQTNDGGDITVAANPRGNQSTVRTFNSMREAEAFVANDTTSQLGGFGAYPTH
RVEALDQYRLVHVNNQSASRSILRTTYRGAQAAGINPRTTVPPQPSYVKTFERVPGATIE
GSNAPTNSTVTAQVELTIPNKNSTFTYTQQAQTTDTGAFSMTVPYSTTEYDEYGPDNGYT
DISVHANDSYTISSAPSFNESGYVVSYQANVSVPEGLVNGDESGAIDVELDRNAQELSIG
GSSSDSDSGSDPSESDTATNNGASETSESSSTDSGSDSTDSSSDADSDSTAGDEGGSNSG
SDSDSQSSLDSPISSPSMKRAG

NT seq 3309 nt +upstreamnt +downstreamnt
atgggttcgcgtagtaagaccgataacaaaagcgaccaatccctccttgatatactcaca
gactggtatcaccttcccgtactcctcctcatcgttggcgcgatgttcgccatccgaatg
cagacgtactcaaactttattcgcgacggcgaggtgttcttctctggaaacgatgcgtgg
tatcacttcagagaggttatgtatattacagagcactggccctctccaattccatttgat
gcatggacaggatttccatatggtaagtgggttggtcaatttggaacactttatgaccag
gtcattgcgactgttgctctcatattaggagtcgggtcaccaacacaggcactgattgga
gaaacactattgattgctccagcagttgctggggcgctcgcggttattccagtatttttc
attattaaatcactttccggtcgcattgccggaatattcggcgctgttgtgttgatgtta
ctctctggtacattcctcaatcgaactcttgtgggagtcgccgatcataatgcgattgaa
ccactcatgttgggtattgctgtcttcggactcgtggttgctttccagaaggcggaagcg
acaatgccagtgtgggaagtcgtttatgaggaggtgtttgacaatcatgacattgattcg
attgaagagcctctcaaatggggtctcatcgggggggttctcacaggactgtatctctgg
acgtggcctcccggagtgttcatcgttggcattgtcggcattttcacgatactaaagatt
tcgagcgacgttgtcaatgagcgaacgccagaaccgactgcctttgcagtagtcgtgacc
atgagtgtcgttgctgttatgtcgctcatcgcgattgatcgtgttcagtttgatacgaca
tcactctctttactccagcctgtcgctgcgattggtgtcgccggttcagctatcgctctc
tcatggcttgctcgtatatgggaaagaaaaaatattgatatatcactgtaccccgtagct
gtcacaggactcgcgaccgtagggatagctgttctttcgctgcttcagattggattgatc
gatcttattaccggaaatcttctacggatcgttgggttttctgctagcgcgactgcacga
acggttggcgaggcacagccattcgtgtcacagggttcgcttcgacgattcggtgtctca
attcccgggcgtatcgccgtcgagtatggactgacgttctttaccggtctcgctgccgcg
ttcatacttcacgccaagccactatttaagaagggaacacagcgagcatatgcgtatctc
ggggttggtatctcaattatcggactattgttccttgcggggtttattccagatgcactt
gagacggtaaccggtcttgacgaacaggtcgctgctctgctggtcgtctcagcaatcatt
gggggagcaacatttctcgcatcatatgatgcagataagctcttcatcatcgtttgggca
gcatttattacaggaatggcattcacgcaagtccgatttaattactatcttgctattgtc
gttgctgtattcaacgggtatctgttcggtcaattactcggatatctcgacctcaagcgc
tcgcttacatcgctgaagaacgatattgatggatatcaagtcctcgctattggtgctgca
atcttactgattctgggtcctgggcttgctgtcccgattagtcttggaaatacgacgaca
tctcctgcatgggaagctgcgcaaaacaatggtccgggtgcagtcaccgtctgggatgat
tcacttgagtggatgcagggcaatactcctgaagagggcaacctcggtggtgctggcaat
gctgatgaaatggaactgtatggtacctatgagttcacagacgactttgagtatccagcg
ggaacctatggtgttcaatcgtggtgggactacggtcattggattacaacacaaagtaac
cggattccgaatgcaaatccattccaacagggagcgacttctgcagcaaacttcctcctc
tcaccaaatgagacacaatcacacactgtgctcaatgaacagagcaccgaaggtaaccag
acacggtatgtaatggttgattggcagatggcaacacccggatcaaagtttggtgctcca
accgttttttataatgctgagcctaatgtttcgcggagtgatttccttcggacggtgtac
cagttcaatcaagagggtcgattcagcggaactacatctgtccgaacagaccggttctac
aatagcacaatgacgcggttgtactactatcatggaagtgcccgacaaccgtcaccaatt
gtcgttgactgggaaaaccgccgtgttcagacgaacgatggtggagatatcacagtcgct
gcaaaccctcgtgggaatcaatcaaccgtaagaacattcaatagcatgcgagaggcagag
gcattcgtcgcgaatgataccacttcgcaactcggtggattcggtgcatatccaacacac
cgcgtcgaagcactggatcagtatcgtcttgtccacgtgaataatcaatcagcatcacgg
tcaatcctccgaacaacgtatcgaggtgcacaagctgccggtatcaacccacgaacaacg
gtgccgccacaaccatcatacgtcaagacattcgagcgtgttcccggtgcgacgattgag
gggagcaatgcacctaccaactcgacagtgaccgcacaggttgaactcactattccgaat
aagaactcaacattcacttacacacaacaggcacagacgacggacacaggggcgttcagt
atgactgttccatactcaacaacagagtatgacgaatacggtcccgataatggatacacc
gatattagcgttcacgcgaatgacagctatacaatctcatctgcaccgtcattcaatgaa
tctggatacgtcgtcagttatcaagcgaatgtctctgtgccagaagggctcgtcaacggt
gatgaatcaggagcaattgatgtcgaacttgatcgtaatgcacaggaattgagtatcggt
gggtctagttccgattccgattccggttctgacccttctgagtctgacacagcgacgaat
aacggtgcgtctgagactagtgagagcagttccacagacagtggcagtgattccactgat
tcgagctcagatgcagattcggactcaaccgcaggtgatgagggcggatccaactcaggt
tcggattcagattcacagtcatcgcttgactcgcctatttctagtccgagcatgaaacgg
gcaggttag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (1)   
   PROSITE (1)   
All databases (13)

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