KEGG   Oxynema aestuarii: HCG48_16375
Entry
HCG48_16375       CDS       T06528                                 
Name
(GenBank) glycosyltransferase
Organism
oxy  Oxynema aestuarii
SSDB
Motif
Pfam: Glycos_transf_1 Glyco_trans_1_4 GT4-conflict Glyco_trans_1_2 Glyco_transf_4 Glyco_trans_4_4 Glyco_transf_20 Methyltransf_23 Methyltransf_9
Other DBs
NCBI-ProteinID: QIZ71962
UniProt: A0A6H1TZD1
Position
complement(4040031..4043255)
AA seq 1074 aa
MTRFAENSNDKNPAKMRILVEGWRFIPHSYAIINHFQLLQLRRRPEVELFHRDRPFVKGS
DWKPASGLLDEAAEATIRAIAEPPPGWVPDATLRMYCPFDLTPAPSGRTLVFGCTEWGIV
TRYILRAMGVDSFQKAHGDNDTVIVTSSRWSRDGFVRSGADRDRVKVVPLGVDPTIYQPV
TPAKKREIRRKFGWEEDCFLFLNVGVMWNERQGIDMLLKAFAAICDRHPEARLVLKGRDA
IFPSRDSIVRASRQVLSERELQKIAPRLIYIGESLSCAQMAQLYQAADAYVSPYLAEGFN
LPVLEAIACGLPVICTDGGPTDDFIRDEFALRIASQLKNPWREKERVFVVMPQFDSLVAH
MERAIADAALRARSHDFGPRWVRDRFTWKQTIDRLLPLFDPAMTLDPTTVPPEIAQSEIA
QSEIAQSEITQSEITLSGITSVRPSQSIIVEGWRFLPHSYAIANHYHLLEMSDRPNLQVF
HRDAPFPTRDARSIADMVDRATGDRLRAIPPPPPDLFADTTLRIFSPLNLREAPNSRKTC
VFGTTEWGIVHPQLLLLHDRAPLSEILDRTNTLIITPSNWSREGFLRSGAPGDRVTVVPH
GVDPNLYHPVSEDERESLRRQLGWDGQFIFLNIGAMTAEKGIAPLLFAFAQIAETHPQAR
LVLKGSDAIYSSDESIRRVCEKTLDRRQAEIVRDRLIYIGTTLSASAIVRLYRAADVYVA
PYLAEGFNLTVLEAIACGLPVICTRGGPTDDFTRPEFTWYIESQLETITKFGDLRYARSP
NWDSLIALMERAIASPEFRLQARSSGPAFVGDRFTWRRVVDRLLEVILPDRAGDYTDDTA
KPSLRERPPAIGQYSQYTDPTPAPPPHPPASYGVPADLTGKRVLELGTTQGYWSFEALRR
GAREAIAANLQIEGVTAPFDRQCFDNYRRIRAFDPSVCSYRDLSLDALDPNQLGYFDVIF
LFGTCDRVRYPLLLCDRLATLCRGELYLEAAILDDYSRDRGGLGCGYPGSQMLLEFNPNS
TTNNPSQPLWRPTLYALAQLVKSAGFTQVKAWKLTDSPQTEPQCRGFVVGSHLG
NT seq 3225 nt   +upstreamnt  +downstreamnt
atgacacgatttgctgaaaactcgaacgataaaaacccagccaagatgcggattctagtg
gaaggttggcggtttattccccattcttatgcgattatcaatcattttcagttgttgcaa
ctgcggcgtcgccccgaggtggaactgtttcatcgcgatcggccttttgtcaagggtagc
gattggaaacctgcaagcggtctgttagacgaagcggcggaagcgacgatccgggcgatc
gccgaacctccccccgggtgggtaccggacgcgactttgcggatgtactgcccctttgac
ctgactccggcgccttcgggacggacgctggtgtttggctgtacggaatggggaatcgtc
acccgatacattttgcgcgccatgggggtggattcttttcaaaaggcccacggggataac
gatacggtgattgtgacctcttctcgctggtcgcgcgatggcttcgttcgcagtggggcc
gatcgcgatcgcgtcaaggtcgttcctttgggggtcgatccgacgatttatcaacccgtc
accccggcaaaaaaacgggaaattcgccgtaaattcggttgggaagaggattgttttctg
tttctcaatgtcggggtgatgtggaacgaacgccagggaatcgatatgctgttgaaagca
tttgcggcaatttgcgatcgccatcccgaggcgcgtttggtgttaaaaggcagagatgcg
atttttccctctcgcgattcgatcgtgcgtgcttcccgccaagtcctcagcgagagggaa
ttgcagaaaatcgccccccgtttaatttatatcggtgagagtctttcttgcgcgcaaatg
gcgcaactgtatcaagcggcggatgcttacgtttccccttatttggcggaaggctttaat
ttacctgtattagaggcgatcgcctgcgggttacccgtcatttgtaccgatggcggaccg
acggacgactttatccgggatgagtttgccttgagaatcgccagtcagcttaaaaatccg
tggcgagaaaaggaacgggtgtttgtggtgatgccacaatttgatagcttggtggcacac
atggaacgggcgatcgccgatgcggccctgcgggcgcgatcgcacgatttcggcccacgc
tgggttcgcgatcgttttacctggaaacagacgatcgatcgccttctccccctattcgat
ccggcaatgacactcgatccgacgacggttccccctgagattgctcaatctgagattgct
caatctgagattgctcaatctgaaatcactcaatctgaaataactctatctgggataaca
tccgttcgcccgtctcagtcgattatcgttgaaggctggcgctttttgcctcattcttac
gcgatcgccaatcactatcacttgctagaaatgagcgatcgccccaatttgcaagtcttt
caccgagacgcgccctttccgacccgggacgcgcgatcgatcgccgacatggtagaccgc
gccacaggcgatcgtttgcgcgccattcccccacccccgccggacctgttcgccgacacc
accttacgcatcttcagccccctcaacctccgcgaggcccccaatagtcgcaaaacctgc
gtctttgggactaccgaatggggaatcgtccatccccaattattattactgcacgatcgc
gcgcccttatcggagatcctcgatcgcaccaatactctcatcattaccccctcgaattgg
tctcgcgaaggatttctacgcagtggggcaccgggcgatcgcgtgaccgtcgtccctcac
ggggtcgatcccaacctctatcaccccgtctcggaagacgaacgggaaagtttgcgccgc
caactcggatgggacggtcaatttatctttttaaatatcggtgcaatgaccgcagagaaa
ggcatcgcgccgctcttatttgctttcgcgcagattgccgaaacccacccccaagcgcgt
ttagtcctcaaagggagtgacgcgatctacagttctgacgagtcgatccgcagggtttgt
gagaaaaccctcgaccgacgacaggcggagatcgtccgcgatcgcctcatatacatcggc
acgactttatcggcgtcggcgatcgtgcgcttgtatcgggcggcggatgtttacgtcgcg
ccctatttagcggaaggattcaacctcacggtgttagaggcgatcgcctgcggattgccc
gtcatctgtacccgaggcggaccgacggacgatttcacccgtcccgagtttacttggtat
atcgagagtcaattagaaacaattaccaaattcggggatcttcgttacgcgcgatcgccg
aattgggacagtttaatcgccctgatggaacgggcgatcgcttcgccagaattccgcctg
caggcgcgatcgagcggtccggcgttcgtcggcgatcgcttcacctggcggcgggtcgtc
gatcgccttttagaagtcatcttacccgatcgcgcgggagactatacggacgatacggca
aagccgtcgctgcgcgaacgtccgccagcgatcggccaatatagccaatataccgatccc
acccccgcgccaccacctcacccccccgccagctacggcgttccggcggatttaaccggg
aagcgggttctcgaactgggaacgactcagggctactggagctttgaagccctccgacgg
ggtgcgagagaggcgatcgcggcaaacttgcaaattgaaggggttacagcgccttttgac
cgccaatgcttcgataattaccgacggatacgagcctttgacccctccgtttgcagttac
cgcgatttatccttagacgccctcgatccgaatcaactcggttacttcgatgtcatcttc
ttatttggaacctgcgatcgcgtccgctatcccttactattatgcgatcgactcgctacc
ctttgccgtggcgaactctacctcgaagccgctattctcgacgattacagccgcgatcgt
ggcggtctcggttgcggttatcccgggagtcaaatgttgctcgaattcaacccaaattct
accaccaacaacccctcacaacccctttggcgtccgaccctttacgccttagcacagctc
gtcaaatccgccggattcactcaagtaaaagcgtggaaattgaccgattccccgcaaact
gagccccaatgtcgcggctttgtcgtcgggtcgcacctgggttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (9)   
   Pfam (9)   
All databases (12)   

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