KEGG C.elegans: F48E3.3

Caenorhabditis elegans (nematode): F48E3.3

Entry

F48E3.3 CDS C.elegans

Definition hypothetical protein

Orthology K11718 UDP-glucose:glycoprotein glucosyltransferase [EC:2.4.1.-]

Class Metabolism; Glycan Biosynthesis and Metabolism; Glycosyltransferases

SSDB

Motif Pfam: UDP-g_GGTase Glyco_transf_8

Other DBs NCBI-GI: 17567905
NCBI-GeneID: 181007
WormBase: WBGene00018604
UniProt: Q9GPA0

Position X

AA seq 1493 aa
MNLTGLLIFFCHIAVLAALEKKGVHTSLKANWDSTSLLAEASEFIAEENEKLFVKFIDIV
NKDVGTLNWEKLTDEQKYEYTIKTAGKVLSTSSVDLLKFALALRQYSPRVQSFQQIAVEY
GEKCDVFVVVGEQVSCEYTKLEKMIKDAKTNSQVLESDHIFGEKDLKQAAILYGELGTTS
FAKAWEKLSKLQKTKLIFRHFSKKTDSHPVSLSGYGVELAIKNTEYKAVDESSEKKNVEE
DEADLFGFNIKLLKELHPDSVDAIESFRVNLKESDELTPLKRWELQDLSYQAAQKIVNAG
PADAIGTLEEYSQNFPTHARALAKTSVSDLLRKEVLQNRKMLEKASIEVGETSLYINGIN
QDINSLDLFKLADLLKQENKLADGFHSMGINREYLSILVGMDTSDDEKTTYAVDHREGYP
FFINNLDTDKKYKQWGNSVKLMLQPYYPGMIRPIARNLFSLVFVVDPSTSEGRKFLRIGQ
TFNSHDIAMRIGYIFAVNQDTKASGETDLGVALLNLFNFVSIDSSNADALKVLNNFLDDY
RSKDPTIEDIKEFFEAKFSDASFSDVFGVNSDYDKGRKHGFEFVQKTGLNSAPKVLLNGF
ILDDEGVRGDNIEETIMMEVMKISPKIQRAIMEGKLTDRMNVGNWVLEQKDVMPRINKRI
LSAPSKKTYVEILGSMDCKSLKDVENLSDSDKAGCLLQTTKYLQKASADSILPVTLWVVA
DAEAASGRRFIYNSLQILKNSANSRVGIIFNPESVEKACESNSISSYIRAALDFLPMDQA
KRLILKLSNEEYAADFISGKITFDDLSVGGMDTAKFLADKKKLDCERTRLESQIVKKVLD
ISSGGRVVVGNALQVGPLESSEHFEAADFKLLESMLLSRGAEVISSHLKKWEFDVSNGVG
SNTVFSIAGHVGKHASSQKRTWVSIQGDEHSVVTLPADEMDRPAVDVLAVVDPLTMEAQK
LGSILHLIKKVTNCEIKIVMNPKDKHSELPLKRFYRYAAASELSFDHNGNLNTNVVRFDN
LPSKQLLTLSLQAPDSWIVEAVSAKYDLDNIKMEQANGDVTAEFALQHLLLDGQCFDEVS
GQPPRGLQFTLGTDKNPKQFDTIVMANLGYFQLKANPGAWKLEIRDGKSSEIYKIGSHVG
AEKIGEDVLQVVIDSFTGKSVRVRVEKREGMEERNLLSDDEEGVWSSLSNLVSSKEKTQE
VINVFSLASGHLYERFMRIMIVSVMKNTKHPVKFWLLKNYLSPQFKETLPTLAKHYGFEY
ELIEYKWPRWLHQQKEKQRIMWGFKILFLDVLFPLDVQKVIFVDADQVVRADLMELMKFD
LGNAPYGYVPFCESRKEMDGFRFWKQGYWANHLAGRRYHISALYVIDLQKFRQIAAGDRL
RGQYQGLSGDPNSLANLDQDLPNNMIHQVKIKSLPQEWLWCETWCDDGSKKNAKTIDLCN
NPLTKEPKLDSAARIIGEWKTYDDEIREVISGHSSDNPSDNVISENDDSHTEL

NT seq 4482 nt +upstreamnt +downstreamnt
atgaacctaacaggtttattaatatttttttgccatattgcggttctcgcagctctcgaa
aagaaaggagttcacacatctcttaaagcaaattgggattcaacgtcacttttagccgaa
gcaagtgagttcatcgcggaagaaaatgagaaattgtttgtaaaattcatcgatattgta
aacaaagatgtcggtacattgaattgggaaaaattaacggatgagcaaaaatacgagtac
acaatcaagacggcaggcaaagtactgtcaacatcatctgtggaccttctcaagtttgct
ttggctcttcgccagtattctccacgtgttcaatccttccagcagattgctgttgaatat
ggagagaaatgtgatgtctttgtcgtggtcggcgaacaagtttcatgtgaatacactaag
ctggaaaaaatgatcaaggacgcaaaaacgaacagccaagtgcttgagtcggatcatatt
tttggtgagaaggatttgaagcaggcagcgattttgtacggagagctgggtacaacttct
ttcgccaaagcttgggaaaagttgagcaaactgcaaaagaccaagctcattttccgtcat
ttttcaaagaaaactgattctcacccagtgtcactttccggatacggtgtagaacttgct
atcaagaacacggagtacaaggctgtcgacgagagcagtgaaaagaaaaatgtagaagaa
gacgaagctgatctttttggattcaacattaaacttctcaaagaacttcacccagattcc
gtagatgccattgaatcattccgtgtgaacctaaaggaatccgacgaattgactccattg
aaaagatgggaacttcaagatctcagttaccaagcagcgcagaaaattgtcaatgcaggg
ccagctgatgctattggaactctggaggaatactcccaaaacttcccaactcatgctcgt
gctcttgcaaagacgtcagtctcagatcttttaaggaaagaggttctccaaaatcgcaag
atgctagagaaggcaagcattgaagttggagaaacatcgttgtacatcaatggaatcaat
caagatattaacagccttgatttgttcaagttagctgatctcctcaagcaagagaataaa
ctcgccgatggtttccatagtatgggaattaaccgcgagtatttgtcaattcttgttgga
atggacacttctgatgatgagaagacaacttatgcagtcgatcacagagagggatatcca
ttctttatcaataatctggacactgacaaaaagtacaaacaatggggaaacagtgtcaag
cttatgctccaaccatactacccgggaatgatccgaccaattgcacgtaatttgttcagt
ttggtattcgtagtggatccaagtacttccgaaggccggaaattccttagaattgggcag
acatttaacagtcacgatattgctatgagaatcggatacatctttgctgttaaccaggat
actaaagccagtggagaaacagatcttggagttgcccttctcaatctcttcaactttgtt
tccatcgactcttcaaatgccgatgcactgaaagttctcaacaacttccttgatgactat
cgctctaaagacccaactattgaggatatcaaagaattcttcgaggctaaattcagtgat
gccagcttctccgatgtgtttggagtcaactctgattatgataaaggacgcaagcatgga
tttgaatttgtgcaaaagactggtcttaactcggcaccgaaggttctcctcaacggtttc
attttggacgatgaaggggttcgcggcgacaatattgaagagactattatgatggaagtt
atgaagatctctccaaaaatccaaagagccattatggaaggaaaactgaccgaccgtatg
aatgttggaaactgggttctcgaacaaaaggatgtcatgccaagaattaacaagcgaatt
ttatccgctccaagcaagaagacctatgttgaaattcttggatcaatggattgcaaatca
ttgaaggatgtggaaaacctttcggattcggacaaagctggatgtcttctccaaactaca
aagtacttacaaaaagcatcagccgattctattttgccagtcacattatgggtggtcgct
gacgccgaggctgcatcgggacgtcgtttcatttacaattcacttcaaatattgaaaaac
tctgccaactctagagttggaatcatcttcaatccagaaagtgttgaaaaggcatgcgag
tcaaacagcatctcttcgtacattagagctgctcttgattttcttccgatggaccaagct
aagcgattgattctcaagttgagcaatgaggagtatgcagctgacttcatttctggaaaa
atcacatttgacgatcttagtgttggtggtatggatactgctaaattccttgccgataag
aagaaacttgactgtgaaagaactcgattggagtctcagattgtgaaaaaagtactcgat
atctcatctggtggccgtgttgttgttggaaatgctctccaagttggacctcttgaaagc
tcagaacatttcgaagctgctgatttcaaacttttggaaagtatgttgttgagcagaggt
gctgaagttatttcttctcatctcaagaagtgggagtttgacgtttccaacggagttgga
tcaaacacggttttctcgattgctggacacgttggaaagcacgcttcttcacagaaacgc
acatgggttagcatccaaggagatgagcacagtgttgtcacacttccagctgatgaaatg
gatcgaccagctgttgacgttcttgccgttgttgatccactcactatggaagcacaaaaa
ctcggatcgattctccatttgattaaaaaggttacaaactgcgaaatcaaaattgtgatg
aatccaaaagataagcactctgaacttccgttgaagagattctacagatacgctgctgct
tctgaattgagtttcgatcacaatggaaacttgaacacaaatgttgtcaggttcgataat
cttcccagtaagcaacttctgacactttcgctgcaagctcccgactcatggatagtggaa
gccgtttctgccaagtatgatttggataacatcaagatggaacaagccaacggagatgtc
actgccgagtttgcactccaacacttacttctcgatggacagtgtttcgacgaagttagt
ggtcaaccaccacgcggtctgcagttcactttgggaacggacaagaaccctaaacaattt
gatacaatcgttatggctaatttaggatatttccaacttaaagcaaatcctggtgcttgg
aaactagagatccgtgatggaaaatctagtgagatttacaagattggatcgcatgttgga
gcggagaagattggggaggatgtgcttcaagttgttattgactcattcactggtaaatca
gtaagagttcgtgttgaaaaacgtgaaggcatggaggagagaaatcttctttccgacgat
gaagaaggtgtttggagcagtcttagcaacttggtgagcagcaaagaaaaaacccaggaa
gtgatcaatgtattttctctcgcatccggtcacttgtacgaacggttcatgagaatcatg
attgtctcggtcatgaagaacacgaagcatccagttaaattctggcttctcaagaactac
ctgtcgccacaattcaaagagacacttccaactcttgccaagcactatggtttcgagtat
gaactgatcgagtacaagtggccaaggtggcttcaccagcagaaggagaaacaacgtatt
atgtggggattcaagattcttttccttgatgtactcttcccacttgatgttcaaaaggtg
atctttgtggacgctgaccaggtggtgcgtgctgatttgatggagctgatgaagtttgat
cttggaaatgcgccatacggatatgtgccattctgtgaaagtagaaaggagatggacgga
ttccgattctggaagcaaggatattgggcgaaccatctcgctgggagaagatatcacatt
agtgctctctacgttattgatcttcaaaagttccgtcaaatcgctgccggagatcgtctt
cgtggacaatatcaaggactatctggcgatccaaacagtctggctaacttggatcaagac
ttgccaaataacatgatccatcaggttaagatcaaatcgcttccacaagagtggctttgg
tgtgagacttggtgcgatgatggaagcaagaagaatgcaaagactattgacttgtgcaac
aacccgctcacaaaagagccaaagctcgactcagccgccagaattattggagaatggaaa
acgtatgatgacgaaatccgggaagtcatttctggacattcttctgataacccttcggat
aatgtcatttctgaaaatgatgactctcacacggaactttaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   UNIGENE (1)   
   WORMBASE-CEL (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (15)

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