KEGG   Neofusicoccum parvum: UCRNP2_8222
Entry
UCRNP2_8222       CDS       T03126                                 
Name
(GenBank) putative -beta-glucan synthase component gls1 protein
  KO
K00706  1,3-beta-glucan synthase [EC:2.4.1.34]
Organism
npa  Neofusicoccum parvum
Pathway
npa00500  Starch and sucrose metabolism
npa01100  Metabolic pathways
npa04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:npa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    UCRNP2_8222
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    UCRNP2_8222
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:npa01003]
    UCRNP2_8222
Enzymes [BR:npa01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.34  1,3-beta-glucan synthase
     UCRNP2_8222
Glycosyltransferases [BR:npa01003]
 Polysaccharide
  Structural polysaccharide
   UCRNP2_8222
SSDB
Motif
Pfam: Glucan_synthase FKS1_dom1
Other DBs
NCBI-ProteinID: EOD45034
UniProt: R1GGI6
Position
Unknown
AA seq 1919 aa
MSGHPQGGHYDDGYGHQGGQDGYYQDDQQGYYDQGHGAYGQNGDSYYEQEGYYDQDGQGH
YAQDGYYEQGGQAGYQDEYYNDQYYDQAGQGGARPRGPGGSEEDSETFSDFTMRSDMARA
ADMDYYGRADGRYDSYAEGQGGRGYRPPSSQVSYGGNRSSGASTPIYGMDYTNALPAGQR
SREPYPAWSADAQIPLSKEEIEDIFMDLTAKFGFQRDSMRNVYDHLMTQLDSRASRMSPN
QALLSLHADYIGGDNANYRRWYFAAHLDMDDAVGFANMKLGGGSRKTRKARKAAKKKASE
DPTNEEQALEAYEGDNSLEAAEYRWKSRMNKMSQHDRVRQLALYLLCWGEANQVRFMPEI
ICFIFKCCDDYYNSPACQNRVEPVEEFTYLNNVITPLYKFCRDQGYEIQDGKYVRRENDH
AQIIGYDDMNQLFWYPEGIERIILEDKSRLVDVPPGERYEKLKDVNWKKVFFKTYKETRS
WWHLLTNFNRIWVIHLTIFWFYTAFNSPTFYTKNYEQQRNNKPNPAAQWSAVALGGTLAS
VIMIGATLCEWAYVPRKWAGAQHLTKRLFFLLGVFALNVGPAVYIFLISQTGKIALILGI
VQFLIALATLFFFSFMPLGGLFGSYLRKNSRQYVASATFTASYPRLQGNDMWMSYGLWVV
VFGAKLAESYFFLTLSFRDPIRVLSTMKISNCLGDQLLGSSADILCKKQPQILLGLMFFT
DLCLFFLDTYLWYIIWNMLFSVARSFYLGISIWTPWRNIFSRLPKRIYSKVLATTDMEIK
YKPKVLISQIWNAIVISMYREHLLAIDHVQKLLYHQVPSEQEGKRTLRAPTFFVSQEDHS
FKTEFFPAQSEAERRISFFAQSLSTPIPEPLPVDNMPTFTVMIPHYGEKILLSLREIIRE
DEPYSRVTLLEYLKQLHPVEWDCFVKDTKILADETSQFNGDAEKSEKDTQKSKIDDLPFY
CIGFKSAAPEYTLRTRIWASLRSQTLYRTISGFMNYSRAIKLLYRVENPEVVQMFGGNSD
KLERELERMARRKYKICVSMQRYAKFTKEEMENTEFLLRAYPDLQIAYLDEEPPANEGED
PRIYSALIDGHSEIMENGRRRPKFRIQLSGNPILGDGKSDNQNHAVIFYRGEYIQLVDAN
QDNYLEECLKIRSVLAEFEEMTTDNVSPYTPGLPPTNFNPVAILGAREYIFSENIGILGD
VAAGKEQTFGTMFARTLAQIGGKLHYGHPDFLNGIFMCTRGGVSNAQKGLHLNEDIYAGM
RALLRGGRIKHCEYYQCGKGRDLGFGSILNFTTKIGTGMGEQMLSREYYYIGTQMPLDRF
LSFYYAHPGFHINNLFIMLSVQFFMFTVLHLGALHHETIVCKYDKNKPITDPLYPTGCAN
LEPIFDWVTRCVVSIFIVIIIAFIPLTVQELTERGAWRAATRLAKHFSSLSPLFEVFVCQ
IYANALYSNLSFGGARYIGTGRGFATARIPFGILYSRFAGPSIYLGARSLMMLLFATMTI
WDAWCIYFWVSLLALCVSPFIFNPHQFSWDDFFIDYREYLRWLSRGNTRSHSASWIGYCR
LSRTRITGFKRKALGDPSSKLSGDIPRAKFTNIFWSEIVGPLVLVAITTIPYLYINAQTG
VTDAPDNDGKTLKATNSIIRLCLCAFGPVAVNAGVAGMFFGMACCMGPVLSMCCKKFGAV
LAAIAHAIAVIMMIAFFEVMFFLEGWSFSKALSGLIAMAAIQRWFYKLIIALALTREFKS
DTANIAWWTGKWYAMGWHTLSQPGREFLCKITELGMFAGDFCLGHLLLFIMLPVLCIPYV
DKLHSIMLFWLRPSRQIRPPIYSLKQTKLRKRRVIRYSILYFFLLLVFVLLIAGPLVASK
FLTSLPSLPMELVQPTGINNNDTKGTSETGTGAAGGAAATGDAASTSGAAKRLMLARSY
NT seq 5760 nt   +upstreamnt  +downstreamnt
atgtcgggacatccgcagggaggccattacgacgatggctacggccatcaaggcggccag
gatggttactaccaagacgatcaacaaggctactacgaccagggtcacggcgcatacggc
caaaatggtgattcctattacgaacaggaaggctactatgaccaggacggccagggccac
tacgcacaggatggttactatgagcagggcggccaagccggctaccaagacgagtactac
aacgatcaatactacgatcaggccggccagggaggtgcgaggcccagaggccctggcggt
tccgaggaagactccgagacgttcagcgatttcacaatgaggtcggatatggctcgggct
gccgacatggactactacggtcgcgcagacggacgctacgatagctacgcggagggccag
ggtggtcgtggataccgcccaccttcgtcacaagtctcgtacggcggaaaccgcagctca
ggcgcttccacgcccatctacggcatggactacaccaatgctctgcccgccggccagcgt
tcgcgggagccctaccccgcatggagcgcggacgctcaaatcccgctttccaaggaggaa
atcgaggatatcttcatggatctgacggccaagttcggtttccagagggacagcatgcgt
aatgtgtacgaccacctcatgacgcagctcgactctcgcgcatctcgcatgtctcccaac
caggcacttctttcactccacgccgactacattggaggcgacaacgccaactaccgccgg
tggtactttgccgcccacttggatatggacgacgctgtcggttttgcgaacatgaagctc
ggcggtggcagcaggaagacccgcaaggcgcggaaggccgctaagaagaaggccagcgaa
gacccaaccaacgaggagcaggctctggaagcctacgagggagacaacagcttggaggct
gccgagtaccggtggaagagcaggatgaacaagatgtctcagcacgaccgtgtgcggcaa
cttgctctctacctcctctgctggggtgaggccaaccaagtccgtttcatgcccgagatc
atttgctttattttcaagtgctgcgacgactactacaactcccccgcctgccagaaccgt
gtggagcctgttgaggaattcacctaccttaacaacgtcatcactcctctctacaagttc
tgcagagatcagggttatgaaatccaagatggcaagtacgtgcgtcgcgaaaatgaccac
gctcagatcattggttacgacgacatgaaccagctcttctggtacccagagggcattgaa
cgcatcattctcgaggacaagtctcgcctcgttgatgttccgcctggagagcggtacgag
aagctcaaggacgtcaactggaagaaggtcttcttcaagacttacaaggagactcgctct
tggtggcatttgcttacgaacttcaaccgcatctgggttattcacttgacgattttctgg
ttctacacggctttcaactctccgactttttacacgaagaactacgaacagcaaaggaac
aacaagcccaaccctgctgctcagtggtctgcggtcgctcttggtggtactctcgcttcc
gtaatcatgattggcgccacgctctgcgagtgggcttacgtccctcgtaagtgggctgga
gcacagcatctcaccaagcgtctgttcttcttgctcggtgtcttcgctctcaacgtcgga
cctgcggtctacatcttcctcatcagccagactggtaagattgccctcattttgggtatc
gtccagttcctgatcgcgctcgccacgctcttcttcttctccttcatgcctctgggtggt
cttttcggaagctacctgaggaagaactcccgccagtacgtcgcgagcgcaaccttcacg
gccagctatccgcgtctccagggcaatgacatgtggatgtcgtacggcctgtgggttgtc
gtctttggcgccaagcttgctgagtcctacttcttcttgacgctctcgttcagagacccc
atccgcgttctttcgaccatgaagatcagcaactgcctcggcgatcaacttctgggttct
tcggcggacattctgtgcaagaagcagccccagatccttctcggtctgatgttcttcact
gatctctgcctgttcttcctcgacacctacctgtggtacatcatctggaacatgttgttc
tccgttgctaggtccttctaccttggtatttcgatctggacgccgtggaggaacatcttc
tcccgcctgcccaagcgtatctactccaaggtcctggccacgactgacatggagatcaag
tacaagccgaaggtcctgatctcccagatctggaacgccatcgtcatctccatgtacaga
gaacatctgctcgctattgatcacgtccagaagctgctctaccaccaggttccttccgag
caggagggcaagaggactcttcgtgcgccgactttcttcgtctcccaggaagatcactcc
ttcaagaccgagttcttccccgctcagagtgaggccgagcgccgtatctctttcttcgcg
cagtcgctgtccactcccattcctgagcctttgcccgtcgacaacatgccgactttcacg
gtcatgattccccactacggagagaagattcttctgtcgctcagggaaattattcgtgag
gatgagccatactcccgtgtcactctcttggaatatctcaagcaactgcacccggttgag
tgggattgcttcgtcaaggataccaagattctcgcggatgagacctctcagttcaacggt
gacgccgagaagtcggagaaggacactcagaagtccaagatcgacgacctgccgttctac
tgcattggtttcaagtctgccgctcctgagtacactctccgcacccgtatctgggcttct
cttcgttcgcagacgctgtaccgcaccatctccggtttcatgaactacagccgtgccatc
aagcttctctaccgtgttgagaaccctgaggtcgtccagatgttcggtggtaactctgac
aagcttgagcgcgagctcgagcgcatggctcgccgcaagtacaagatctgcgtgtccatg
cagcgttacgccaagttcaccaaggaagagatggagaacactgagttccttctccgcgcg
taccccgatctccagattgcctaccttgacgaggagccgccagccaacgagggcgaggac
ccccgcatctactctgcccttatcgacggtcactctgagatcatggagaacggcaggcgt
cgtcccaagttccgcattcagctctctggcaaccccattctcggtgacggaaagtccgac
aaccagaaccacgctgtcatcttctaccgtggcgagtacatccaacttgtcgacgctaac
caggacaactacctggaggagtgtctcaagatccgcagcgtcctggctgagttcgaagag
atgaccaccgacaacgtttctccttacactcccggtctcccgcccacgaacttcaaccct
gttgccattctcggtgctcgcgagtacattttctctgagaacatcggtattcttggtgac
gtcgctgctggaaaggaacagacgttcggtactatgttcgctcgtaccctggctcagatc
ggtggtaaactccattatggtcaccctgatttcctgaacggtatcttcatgtgtactcgc
ggtggtgtctcgaacgctcaaaagggtctgcatctgaacgaggatatttacgccggtatg
cgtgctcttcttcgtggtggtaggatcaagcattgcgagtactaccagtgcggtaagggt
cgtgatcttggttttggctctattctcaacttcaccaccaagatcggtactggtatgggc
gagcagatgctttctcgcgagtactactacattggtactcagatgcctctcgaccgcttc
ctctcgttctactacgctcacccgggtttccacatcaacaacttgttcattatgttgtcg
gtgcagttcttcatgttcacggttcttcacttgggtgcgctgcaccacgagacgatcgtc
tgcaagtacgacaagaacaagcccatcacggacccgctctaccctaccggctgcgccaac
cttgagcccatcttcgactgggttactcgttgcgtcgtttccattttcatcgtcattatc
attgccttcattcctcttaccgtccaggagctcactgagcgtggcgcatggcgtgcggct
actcgtctggcgaagcacttctcgtcgctctcgcccttgttcgaggtcttcgtctgtcag
atttacgccaacgctctctactccaacttgtcgttcggtggtgcccgttacatcggtacc
ggtcgtggtttcgccactgcgcgtatccccttcggtatcttgtactccagatttgcgggt
ccttcgatctacctgggcgctcggtctttgatgatgctgttgttcgcaacgatgaccatt
tgggatgcatggtgtatctacttctgggtctccttgctcgccctctgcgtttcgccgttc
atcttcaaccctcaccagttctcctgggacgacttcttcatcgactacagggagtacctc
aggtggctgtctcgcggcaacactcgttcgcacagcgcgtcttggatcggttactgccgt
ttgtccagaacccgtatcaccggtttcaagaggaaggcccttggtgatccatcgtcgaag
ctctctggagatattcctcgcgccaagtttaccaacatcttctggagcgaaatcgtcggt
cccttggttttggttgctatcaccaccattccttacctctacatcaacgctcagaccggt
gttacggacgctccggacaatgacggcaagactctcaaggctaccaactcgatcattcgt
ctgtgcctttgcgcattcggccccgtcgccgtcaatgctggtgtcgccggcatgttcttc
ggcatggcttgttgtatgggtcctgtcctaagcatgtgctgcaagaagttcggtgctgtt
ttggctgctatcgcgcacgccattgccgtcatcatgatgatcgcattcttcgaggtcatg
ttcttcttggagggctggagcttctctaaggctctttccggtctcattgccatggctgcc
attcagcgttggttctacaagctgatcattgctctggcacttacccgtgaatttaagtcc
gacactgccaacatcgcctggtggaccggtaagtggtacgccatgggttggcacaccctg
tcgcagcctggccgtgaatttctctgcaagatcaccgagttgggcatgttcgccggcgat
ttctgcctgggccacctgctcctcttcatcatgctgcctgtcctctgcattccgtacgtc
gacaagctgcactcgattatgctcttctggctgcgcccaagtcgtcaaatccgcccgccc
atctactctctcaagcagacgaagcttcgcaagcgtcgtgtcatccgctactcgatcctc
tacttcttcttgctcctggtcttcgtcctgctcattgcgggacctttggtggccagcaag
ttccttacgtccctgcccagccttcccatggagctggtccagccgacgggcatcaacaac
aacgacaccaagggtacctcggagacgggtactggagcggccggcggtgcggctgcaacg
ggcgacgctgcctcgacttcgggagcggccaagcgtctcatgcttgcgcggtcgtattaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (74)   

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