KEGG   Neofusicoccum parvum: UCRNP2_7384
Entry
UCRNP2_7384       CDS       T03126                                 
Name
(GenBank) putative chitin synthase protein
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
npa  Neofusicoccum parvum
Pathway
npa00520  Amino sugar and nucleotide sugar metabolism
npa01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:npa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    UCRNP2_7384
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:npa01003]
    UCRNP2_7384
Enzymes [BR:npa01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     UCRNP2_7384
Glycosyltransferases [BR:npa01003]
 Polysaccharide
  Structural polysaccharide
   UCRNP2_7384
SSDB
Motif
Pfam: Chitin_synth_2 Myosin_head DEK_C Cyt-b5 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2 nSTAND3 PduV-EutP AAA_22 AAA_7 ABC_tran RsgA_GTPase TsaE NACHT
Other DBs
NCBI-ProteinID: EOD45895
UniProt: R1G397
Position
Unknown
AA seq 1857 aa
MALNSMGSNAQYAQASLPSLPAHLQSDTHLTAHLASRFHAHHPTAQLSSHGIISLNTYTS
SAQGPDGGREGSAMAATQDLAKRAWARLGHRSENQAVVFLGETGSGKTTLRCHLLSALLS
YSATPLSAKLSYASFVFDTLTSTKSLTTPIASKAGLFLELQYDTTSSTHPTLIGGKILDH
RLERSRIASVPTGERSFHVLYYLLAGTSPAEKEHLGLNIGMGEAGSRISTGSAKRWRYLG
HPTQMKVGVNDTDGFQQFKNALRKLEFPRSDIAEICQILAAILHIGELDFVTGKSTTPTG
DDSGGYSHEGGEDVTVVRNKGALQIVAAFLGVAQEDLEVSLGYKSKTLHRERVTVMLDPK
GARQNADELARTLYSLLVAYVMETVNQRICAVEDSVANTISIVDFPGFQQVSATGSVLDQ
LLNNSAAECFYNYALQNFFEKQEEFLSAEEVSIPQTSYFDNSDAVKGLLKPGVGLLSILD
DQMRRGKTDVQFLEALSKRFTNKNPAIMAGSATTVMPGSNFATHNSSAAFTIKHFAGEVD
YPVDGLLEENGDIISGDLLNLINNTRSDFVRELFHQDALNTVVHPKERTSVVQASVSSKP
TRMPSMAKRKGDRPARFGSVRRPAEDSDDDARSEVSRSNKRKAAAGKQAGAAGQFLVSLE
NITKSIAVSDTNPYFVFCMKPNDRRIANQFDSKCVRSQIQTLGIAEISQRLRNADFSIFL
PFSEFLGLAEADTVIVASEKERADMILDEKGWASNEARVGATGVFISERCWLEIANIPDV
VAVGGSRYMGGDDGGSGDGLLTPADATRGYGDSRVQLLGSHTPSPGQMFHDDKASYFGSR
ELDARSEAGASAINGGDMFRNLETREQMAEKGNEVKMEEVETHKVSGSRKRWMFFVMCLT
WWAPDWAVRKIGRIPRPDVRQAWREKLAINMLIWLSCGFVIFFMIGFPALICPTQHVYSE
SELTSYNGKNGKGSYIAIRGVVYDLGAFMPVHYPTIVATSQLKKYAGKDATAIFPVQVSA
LCNGKDGSIHPSVQLDYKKNNYSSSDNTVSSTDDNAKYHDFRWATNDSRPDWWWEQQTYL
KANYKKGRVGYSAQYIKTLAKKQNSIAILNDKVYDFTSYLVGGRDPQFPWYYNGTTTGID
SNFMDQQTVSLFQTRAGQDITKYWNALNYNTTMRNNMQGCLDYLFYVGDVDTRNSTRCLF
AKWLLLAISILLVSVIGFKFLAALQFGKKNVPENLDKFVICTVPVYTEDEDSLRRAIDSA
ARMKYDDKRKLLFIVCDGMIIGQGNDRPTPRIVLDILGVSEAVDPEPLSFESLGEGMKQH
NMGKIYSGLYEVQGHIVPFVVVVKVGKPSEVQKPGNRGKRDSQMVLMRFLNRVHYNLPMT
PMELEMHHQIRNIIGVNPTFYEFLLQIDADTVVAPDAATRFVASFLHDTRLIAVCGETAL
SNAKASFVTMMQVYEYYISHNLTKAFESLFGSVTCLPGCFSMYRIRAAETGKPLFVSKEV
VENYAVNRVDTLHMKNLLHLGEDRYLTTLLLKHHSAFKTKYIMRAHAWTIAPDSFAVFMS
QRRRWINSTVHNLMELIPLQQLCGFCCFSMRFVVFLDLLSTIVQPVIVGYLVYMIVLLAT
NPGTVPIMTFILLGAIYGLQAIIFIVRRKWEMIGWMIIYICATPIFSLGLPLYAFWHMDD
FSWGNTRVVTGEKGQKIVVSDEGKFDPNSIPKKKWEEYQAELWEAQTQRDDRSEISGISY
GTKSYWGGNGAGSEYGYPPSRPMSHLEPPRYNNNSRLSLAHSNYGYGDGMEMADMHGPLP
NEDALLAEIRNILSTADLMTVTKKSIKAELERRFGVNLDPKRQFISSATEAILSGQM
NT seq 5574 nt   +upstreamnt  +downstreamnt
atggcgctcaactccatgggcagcaacgcccagtatgcgcaggcttcgctaccgtcgtta
ccagcgcacctgcagtccgacacccatttgactgcacatctcgcgagccgcttccacgcc
caccacccgaccgcccagctgtcgtcgcatggcatcatctcgctcaatacctacacctcg
tctgcccaaggccccgatggcggaagggagggcagcgccatggctgccacccaggaccta
gcaaagcgggcctgggccaggctgggccaccgcagcgagaaccaagctgtcgtctttctt
ggtgaaactggctccggaaagactactctccgatgccatcttctctccgcgcttctatcc
tactccgccacgcctctctccgccaaactttcttatgcctccttcgtcttcgacaccctc
actagcacgaaatcgctcaccacgccaatcgcgtcgaaggccggtctcttcctcgagttg
caatacgacactacatcttccacgcatcctaccttgattggtggcaagattcttgaccac
aggctcgagcgtagcaggatcgcgtccgttcccacgggcgaaagaagcttccatgtcctc
tactacctgcttgcgggcacgagcccggcagagaaggaacatctgggcctcaacatcggg
atgggtgaggctggcagcagaatctccaccggtagcgccaagcgatggcgttatctgggt
cacccaacgcagatgaaggtcggcgtgaatgataccgatgggttccagcagttcaagaac
gcgttgaggaaacttgagtttccccgcagcgatattgctgagatctgccagattctcgct
gccattctccacattggagagcttgacttcgtcaccggcaaatccaccactcctaccggt
gatgacagcggcggttactcccacgagggtggagaagatgtcaccgtcgtgaggaacaag
ggtgctctccaaatcgttgccgctttcctgggtgttgcccaggaagacttggaagtgagt
ctgggatacaagtccaagacactccaccgcgagcgtgtgacggtcatgttggaccccaag
ggcgctcgccagaacgccgatgaacttgcgcggacattgtactcgttacttgtcgcgtat
gtcatggaaactgttaaccagaggatttgtgcagtggaggattccgttgcaaataccatt
tccatcgttgatttccctggtttccagcaggtctctgccactggatccgttctcgatcag
ctactcaacaactccgcagccgaatgcttctacaactacgctttacagaacttcttcgag
aagcaggaagagttcctctcggccgaggaggtcagcattcctcagaccagctacttcgat
aactcggatgcggtcaagggtctgctcaagcctggtgttggtcttctcagcattctcgat
gatcagatgagacgcggaaagacggacgtgcaattcctggaggctttgagtaagcgattt
accaacaagaaccccgccatcatggccggaagcgcaaccacagttatgcctggcagcaac
ttcgccacgcacaactcctctgcagctttcacgatcaagcacttcgccggtgaggtcgac
taccccgttgatggcttgctcgaggagaatggcgatatcatctcgggtgatcttcttaac
ctcatcaacaacacccgcagtgacttcgttcgtgagcttttccaccaggatgctctcaac
acggttgtccacccgaaggaaagaacctctgtcgtccaggcgtcagtaagctctaagcct
actcggatgcctagcatggcaaagagaaagggtgaccgcccggcacgtttcggttcagtc
cgaaggcccgctgaggactccgatgatgacgcacgcagcgaagtgtctcggtcgaacaag
cgtaaggccgccgctggcaagcaagctggtgccgctgggcagttcctggtgtctctcgag
aacatcacgaagtctattgccgtttcagacaccaacccttactttgtgttctgtatgaag
cccaacgaccgacgaattgccaaccagttcgacagcaaatgtgttcgatcccaaatccag
actcttggaattgctgagatcagccaacgtctccgtaatgccgatttcagtatcttcctt
cctttcagcgagttccttggtctagctgaagccgatactgtcatcgtcgcaagcgaaaag
gagagggcggacatgatactggatgaaaagggctgggcatccaatgaagcacgggtcggc
gctactggggttttcattagcgagcgttgttggctagagatagccaacatccccgatgtt
gttgctgttggcggaagccgctacatgggtggagacgatggagggagcggcgatggcttg
ctcactcccgctgacgcgaccagaggctacggcgattcgcgtgttcaattgcttggctcc
cacactccctcacctggtcaaatgttccacgacgacaaggcaagctactttggcagtcgt
gaacttgatgctcgttcggaggccggagcatcagccatcaacggcggggacatgttccgc
aaccttgagacccgcgagcagatggctgagaaaggcaacgaggtgaagatggaagaggtt
gaaacacacaaggtgtctggaagtcgtaagagatggatgttcttcgtcatgtgtttgacc
tggtgggctcccgactgggccgtccggaagattggcagaattccgcgccccgatgtccgt
caagcctggagagaaaagctggctatcaacatgctcatctggctctcttgcggctttgtc
attttcttcatgatcggtttccctgcgctcatttgcccgacccagcacgtctactcggag
tctgagctcacgtcatacaacggaaagaatggaaaggggtcgtacattgctattcgtggc
gttgtatacgacctcggcgctttcatgccggttcactaccctaccatcgttgccacttcc
cagctgaagaaatacgccggcaaggatgctacggctatcttcccggttcaggtctcggct
ctttgcaacggcaaggatggttccatccacccctctgttcagcttgactacaagaaaaac
aactactcgagctccgacaacacggttagcagcacggatgacaatgcaaagtaccacgac
ttccggtgggctaccaacgatagccggcctgattggtggtgggagcagcagacttatttg
aaggccaattacaagaagggtcgtgttggatacagtgcccagtacatcaagactctggca
aagaagcagaattccattgcgattttgaacgacaaagtctacgacttcacttcttacctt
gtcggtgggcgtgacccacaattcccttggtactacaacggcacgacaaccggaatcgac
tcgaattttatggaccagcagacggtgtcgctcttccagactagagctggacaggacatt
actaagtactggaacgcattgaactacaacactaccatgcggaacaacatgcagggctgt
ctggattacctcttttacgtcggcgacgttgacacacgtaactctacccggtgcttgttc
gctaagtggcttctgcttgccatttccattctcttggtcagcgtcatcggcttcaagttc
ttggctgctctccagtttggaaagaagaacgtgcctgaaaacctcgacaagttcgtcatc
tgtaccgtccccgtgtacacggaagatgaagactcacttcgtcgtgccatcgattccgca
gcacgtatgaagtacgatgacaaacgcaagcttctcttcatcgtctgtgacggtatgatt
atcggacagggcaacgataggccaacgcctaggattgttctcgacattttgggcgtctct
gaggccgtcgatcctgaacctttgagctttgagagtttgggagagggcatgaagcaacac
aacatgggcaagatctactccggcctttacgaagtccagggtcacatcgttcccttcgtt
gtggtcgtcaaggttggcaagccgtctgaggtccagaagcctggtaaccgtggtaagcgc
gattctcagatggttctcatgcgcttcctgaaccgcgtccactacaatctgccgatgaca
ccgatggaacttgaaatgcaccatcagatacggaacatcattggagtcaatcctaccttc
tatgagttcctgctgcagatcgatgccgatactgtcgttgcaccagacgctgctactcga
ttcgttgcctccttcttgcacgacactcgcctgatcgcagtctgcggtgagacggcactc
agcaacgcgaaagcctctttcgttaccatgatgcaggtttacgaatactacatttcgcac
aacctcacaaaggctttcgaatccctcttcggttccgtcacctgtttgccgggttgtttc
tccatgtaccgcatccgcgctgctgagaccggaaagcccctcttcgtcagcaaggaagtc
gtcgaaaactacgctgtgaaccgcgttgacactctccacatgaagaacctgctccatctt
ggtgaggacagatatttgaccacgctcctgctgaagcaccactccgcgttcaagaccaag
tacatcatgcgcgctcatgcttggaccatcgccccggacagcttcgcagtcttcatgtct
caacgtcgtcgctggatcaactcgacagtgcacaacctcatggagctcatcccgctgcaa
caactctgcggtttctgctgcttcagtatgagattcgtcgtcttcctggacttgctctcg
acaatcgtgcagcctgtcatcgtcggctacctcgtctacatgatcgttctcttggccacc
aacccaggaaccgtgccgatcatgacgttcattcttctcggtgctatctatggtctccag
gctatcatcttcatcgtgcgccgcaagtgggagatgattggctggatgatcatctacatt
tgtgccacgcccatcttctctcttggtctaccactgtacgccttctggcatatggatgac
ttctcctggggtaacacccgtgttgtcactggcgaaaagggtcagaagatcgtcgtctca
gacgaaggcaagttcgaccccaacagcattccgaagaagaagtgggaagagtatcaagcc
gagctgtgggaggcccagacccaacgggacgaccgctccgaaatctccggcatctcctat
ggcaccaagtcctactggggtggcaatggtgctggatcagagtacggctatcctccttcg
cgccccatgtctcatctcgagccgccgcgttacaacaacaactcccgcctctcgcttgcg
cactccaactatggctacggcgacggcatggagatggcagacatgcacggccctcttccc
aacgaggacgctctgctcgcggagatcaggaacatcttgagcacggcggacttgatgacg
gttaccaagaagagcatcaaggccgagctagagcgtagattcggcgtcaacttggacccg
aagaggcagttcattagcagcgccaccgaggctattctgagcggtcagatgtaa

  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 (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (15)   
   Pfam (15)   
All databases (69)   

Download RDF
DBGET integrated database retrieval system