KEGG   Verticillium dahliae: VDAG_00419
Entry
VDAG_00419        CDS       T03450                                 
Name
(RefSeq) chitin synthase
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
vda  Verticillium dahliae
Pathway
vda00520  Amino sugar and nucleotide sugar metabolism
vda01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:vda00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    VDAG_00419
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:vda01003]
    VDAG_00419
Enzymes [BR:vda01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     VDAG_00419
Glycosyltransferases [BR:vda01003]
 Polysaccharide
  Structural polysaccharide
   VDAG_00419
SSDB
Motif
Pfam: Chitin_synth_2 DEK_C Cyt-b5 Glyco_trans_2_3 Myosin_head Glyco_tranf_2_3 Glycos_transf_2 Glyco_transf_21 DUF2226
Other DBs
NCBI-GeneID: 20701882
NCBI-ProteinID: XP_009650091
UniProt: G2WS86
Position
2
AA seq 1793 aa
MTNPRMSMYSLASEAPGGNRGTGQQSTQVSTTTLLNAIHNIYLSAQPYRLDAGTSTVVNT
WLTASQTGPNGSIGGTVDASLGASAWEHARRRAEDGCIVLGSLHESTPSVLAPFLSSLPM
STPSSLYKALDAIQPFLRCSTPYNPSTPRQAALGVTLTINLAGNLTAASIALSQGGIDTT
KGLMNIPSEAGYRAFDVFYYLLTSASTPAEREFLGLKPASQYALLARSGTYDPPSYLPTA
DDAAAAEDFRTALKEIGIKGASHRSFISTLAGLLKLGNTLDYNVDEDVLEDVCEDVSGLL
GMEPEVLMKQCTTEDRSTFVGGLYEALVDWVITKANVAIAAQMARIKDGAESLDGRGVRT
PTSNEEGEDTVCISVIEIPNPTLGKALALRGIFDDSMGINSEMIADGIEVPATGSSVLRE
MQNAVAEVAPDLGISSTPASRERQHELEKREEILEKIGLSADDDGFIKQLLFPVAGEGIN
LGTHSRLDLPALLASSRVWYHLSLHPTDDSPASLAALPSVTSAWSAGTVSRQLRAWRLPE
WANRRNKNLDFTADFDVEEFVQRYSALGCKDGRDGIETWLLERGWSNGEVIVGKERVWMR
ESAWWEAESMLDLKPLNNLPGVGNMMAVNQLESGYSNNGSGYFPGQVILDDHSGSNGVVN
HQRNFSHGNMSQATFNQNPVAAPSIAPTRMTGMTGMRNVAVGDYGLGHKGDTHKGAVYYN
EDGEFIGPLDPELANGKQIETKSLPMKRRVWVFIVWAFTWWIPSPLLRYVGRMKRPDVRM
AWREKLVLCFFIFLMNALIVFWIVAFGRLLCPNFDKAYSQKEVDTHQGQSDFWVSIHGKV
YDISKFWKQQHSDQDIETTRENMLPLAGMNLDDYFVAPLPLTCPGLDIEDTFRLDLNNTL
EFQIADHTSGYYQPNPATKLRAADWYSKRFEPRIKEYFHGDLVWSKGTVRKQGENDGRQW
VIYDDKIYDLTNYFYTQKRLKNLGGSNFLNEKLINVIKQNPGADVTDQWNDILERAAGNA
TENQSAQNSMNCIRNTFYKGITDFRETPRCTVNNWLLLAFSIMLCAVILLKFVSALQFGS
KRRPSPQDKFVICQVPAYTEGEESLRKALDSLTALQYDNKRKLICVICDGVIVGQGNDRP
TPKIVLDILGVDPKIDPPALAFKSVGTGSEQLNYGKVYSGLYEFEGNVVPYLVVVKVGKE
SEQSKTKPGNRGKRDSQILLMSFLNRVHHRSPMNPLELEMFHQINNIIGVDPELYEYLFM
VDADTSVREDSLNRLVAACANDGKIAGICGETALQNDEKTWWTMIQVYEYFISHHLAKAF
ESLFGSVTCLPGCFTMYRLRTADKGKPLIISDGVIQEYSVCDVDTLHKKNLLALGEDRYL
TTLMTKHFPFMSYKFIPDAYCQTAAPESWSVLLSQRRRWINSTMHNLFELMQLKEMCGFC
CFSMRFVVFIDLFGTIILPATCVYLGYLIYLVSSGTGQFPLISIIMLAAVYGLQALIFIL
KRQWQHIGWMIIYILAFPIYSFVLPIYSFWNQDNFSWGNTRIVIGEKGNKQIVAVDDEGY
DPRSVPLQRWDDYAQANQLPGRRGGYPEKYEGEYQDQYEMDEMKSVYSSVRQGSVITGMQ
NRQNPYMPPQSPALFGTPSPGHMTRHSTMTGAGPFADPHLAHRQSMASMGAHDIQRTQSP
YADYPTRSMGNLHGHASNPSLMGGNRSSTALGFAGGNRAAEASSSTFDFQRGLAGPDDGM
IVEAIRTVLMEVDLDTVTKKQVRALVEQRLQSELVGERRTFMDRQIDHELANM
NT seq 5382 nt   +upstreamnt  +downstreamnt
atgacgaaccccagaatgtcgatgtactctctggcctcggaggcaccaggtggcaacaga
ggcaccggtcagcaatcgactcaggtgtctaccacaactctcctcaacgccattcataac
atctacctctccgcccagccctacaggctcgacgctggcaccagcactgtggtcaacacc
tggctcactgcctcgcagaccggtcccaatggctccattggaggcactgtcgatgcctca
ctaggtgccagtgcctgggagcatgccaggcgacgtgctgaggacggctgcattgtcttg
ggctcccttcacgagtccacaccgtccgtcctggctcctttcctctcctctctgcccatg
tccacgccttcgtcgctttacaaagccttggatgccattcagccttttctgcgatgctcc
acaccctacaacccttcgacgcctcggcaagccgcccttggcgtcactctgacgatcaac
cttgctggcaatctcaccgctgccagcatcgcgttgtcgcagggtggtatcgataccacg
aagggcttgatgaatattccttccgaggctggctacagggctttcgacgtattctactac
ctcctgacgtctgcctcaactcccgctgagcgggagttcctaggcctcaagcctgcctcg
cagtatgccctgctggctcggtcgggcacatacgacccgccctcatatctcccgaccgcc
gatgatgctgctgccgccgaggatttcaggaccgccctcaaggaaattggcatcaagggt
gcctcgcaccgcagcttcatctcaacgcttgctggcctcctcaagctcggtaacaccctt
gattacaacgtcgatgaggacgttctggaagatgtttgcgaagacgtcagcggtctcctt
ggaatggaacccgaggtgcttatgaagcagtgcacgaccgaagaccgctcgacattcgtt
ggtggactctatgaagccctcgtcgattgggtcatcaccaaggctaacgttgccatcgcc
gcccaaatggcccgcatcaaggatggcgctgagtctctcgacggacgtggggtgcgaaca
cccaccagtaacgaggagggtgaagacacggtctgcatcagtgtcattgagatccccaac
cccacgctcggcaaggcgttggctttgcgtggcatctttgacgattccatgggcatcaac
tcggagatgattgctgatggcatcgaagtgcccgccactggcagctccgtgctccgagaa
atgcaaaatgccgtggccgaggttgctcccgatctgggcatcagctcgactccagccagc
agggaaaggcaacatgagctggaaaagagggaagagattctcgagaagattggtctgtcc
gctgatgatgacggattcatcaaacagctcttgttcccggttgctggtgaaggcattaac
ctgggcacccacagccgcctcgatttgccagccctgcttgcctcaagccgtgtgtggtac
cacctctctctccaccctaccgatgactccccagccagcttggctgctttgccttccgtc
acatctgcttggtcggctggtaccgtttcccgccagctgcgggcctggcgcctccccgag
tgggccaacaggcgcaacaagaaccttgatttcaccgccgactttgacgtcgaagagttt
gtccagcggtactcggcgctcggatgcaaagacgggcgggatggcattgagacgtggctc
ctggaacgtggctggagcaatggcgaggtcattgtcggcaaggaacgtgtctggatgcgt
gagtctgcctggtgggaggctgaaagcatgctcgacctcaaaccgttgaacaacctcccc
ggcgttggcaacatgatggctgtcaaccagctcgagtctggttattcaaacaatggcagc
ggctacttcccaggccaggtcattcttgatgatcacagcgggagcaatggtgtcgtcaac
catcagcgcaactttagccacggcaacatgtctcaagcgacgttcaaccagaaccctgtg
gcagcaccttcgatcgcaccgacgcgtatgacgggcatgacgggcatgcgcaacgtcgcc
gttggtgactatggccttggtcacaaaggtgacacccacaaaggcgcagtttactataac
gaggacggtgaattcattggtcctctcgaccctgaactcgccaatggtaagcaaattgag
actaagtctctgccgatgaagcgtagagtctgggtcttcatcgtctgggctttcacctgg
tggatcccttccccattgcttcgctacgtcggacgcatgaagcggcccgacgttcgcatg
gcctggcgtgagaagctggttctctgtttcttcatattcctcatgaacgctctaattgtc
ttctggatcgttgcgtttggccgtctcctgtgtcccaacttcgacaaggcatactctcag
aaagaggttgatacccaccaaggacaaagcgacttctgggtcagcattcacggcaaagtt
tatgacatctccaagttttggaaacagcaacactcggatcaggatatcgagaccacacgg
gaaaacatgcttccactcgccggcatgaatctcgacgactatttcgttgctcctctgccc
ctgacttgccctggccttgatatcgaggacacgttccgcctggatctcaacaataccttg
gaattccagattgctgatcacacatctggttactaccagccaaaccctgctaccaagctt
cgagccgcagattggtacagcaaacgttttgaacccagaatcaaggaatacttccacggc
gatttggtttggtccaagggtacagtccgcaagcagggcgagaacgacggacgccaatgg
gtcatttacgacgacaagatttacgacctgacgaactacttctatacgcagaagcgactt
aagaacctgggtggctccaacttcttgaacgagaagcttatcaacgtgatcaagcaaaat
cctggcgccgatgtgaccgatcaatggaacgacatcttggaacgggccgccggtaacgcc
actgaaaaccagagcgctcagaacagcatgaactgcatccgtaacacgttctataagggc
attacagacttcagagagacgcctaggtgtactgtcaacaactggctgttgctggctttc
agcattatgttgtgtgcagtcattctactcaagtttgtatctgcactgcagttcggttcc
aagaggcgcccttcgccgcaagacaagttcgtcatttgccaggtgcccgcctacactgag
ggtgaagagtccctccgaaaggcacttgactctctcactgctcttcagtacgacaacaag
agaaagctcatctgcgtcatctgcgacggtgtgattgtcggtcaaggcaacgaccgcccg
acgcctaagattgttttggatatcctgggcgtcgaccccaagatcgaccctcccgccctg
gccttcaagtccgtcggtactggaagcgagcagctcaattacggcaaggtttactcgggt
ctctacgaattcgaaggcaacgtcgttccctatcttgttgtcgtcaaggttggcaaggaa
tccgagcaaagtaagacgaagcctggcaaccgtggcaagcgagactcccagattctcctc
atgagcttcctcaaccgcgtccaccaccgctctccaatgaaccctcttgaactcgaaatg
ttccaccagatcaacaacatcatcggtgtagatcccgagctgtacgaatacctcttcatg
gtcgatgccgatacctctgtccgcgaggactcgttgaatcgtcttgttgccgcatgcgcc
aacgatggcaagattgctggtatttgtggtgaaacagctctgcaaaacgacgaaaagacc
tggtggactatgatccaggtctatgagtacttcatttcccaccacctggccaaggctttc
gaatcgttgttcggcagtgtcacctgtttgcctggatgtttcaccatgtatcgcctgcgt
accgccgacaagggcaagcctctcatcatctctgacggcgtcattcaggagtacagcgta
tgcgatgtcgacacattacacaagaagaacctgctggcccttggtgaggatcgttacctg
acgactctgatgaccaagcatttcccgttcatgtcctacaagttcatccccgacgcatac
tgccagaccgcggcaccggagtcatggagcgttctcttgtcccagcgtcgtcgctggatc
aactcaacgatgcacaacctgttcgagctgatgcagcttaaggagatgtgtggtttctgc
tgcttcagcatgcgtttcgtcgtcttcattgatctcttcggaaccatcatcctccccgct
acgtgtgtctatctcggctacctcatctacctcgtatccagcggcactggccagttcccc
ttgatctccatcatcatgctggcagccgtgtatggtctccaggctttgattttcatcctc
aagcgtcagtggcaacacattgggtggatgattatctacatcttggctttccccatctac
tcttttgttctgccgatctattctttctggaaccaggacaacttctcgtggggaaacacg
cgtatcgtcattggagaaaagggcaacaagcagatcgtggccgtcgacgatgagggctat
gatccccgcagcgttcctctgcagcgttgggatgattacgcccaggccaaccagctacct
ggtcgtcgcggcggataccctgagaagtacgaaggcgaataccaggaccagtacgagatg
gacgagatgaagtctgtctactcatctgtccgccagggatccgtcatcacgggcatgcaa
aaccgccagaacccctacatgccccctcagtcccctgcgctctttggcacgcccagcccc
ggccacatgacccggcattcgaccatgactggcgctggaccctttgctgacccccatctg
gctcaccgtcagtccatggcctccatgggcgcccatgacatccagcgaacccagtccccg
tatgccgattaccctacccgctccatgggcaaccttcacggtcacgccagcaacccgtct
ctgatgggcggcaaccgctcttctactgcccttggattcgccggcggtaaccgcgctgcg
gaggcttcgtcgtccacctttgatttccagcgtggtcttgccgggcctgacgatggcatg
atcgtcgaagccatccgcaccgtcctcatggaggtcgacctcgacacggtgaccaagaag
caagtgcgcgccctggtcgagcaaagactgcagtccgagctcgttggcgagaggcgcact
ttcatggatcgccagatcgaccacgagctggccaacatgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (28)   

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