KEGG   Stereum hirsutum: STEHIDRAFT_167412
Entry
STEHIDRAFT_167412 CDS       T03127                                 
Name
(RefSeq) hypothetical protein
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
shs  Stereum hirsutum
Pathway
shs00520  Amino sugar and nucleotide sugar metabolism
shs01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:shs00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    STEHIDRAFT_167412
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:shs01003]
    STEHIDRAFT_167412
Enzymes [BR:shs01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     STEHIDRAFT_167412
Glycosyltransferases [BR:shs01003]
 Polysaccharide
  Structural polysaccharide
   STEHIDRAFT_167412
SSDB
Motif
Pfam: Chitin_synth_2 Myosin_head DEK_C Cyt-b5 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2 Glyco_transf_21
Other DBs
NCBI-GeneID: 18803148
NCBI-ProteinID: XP_007302748
JGI: Stehi1_167412
Position
Unknown
AA seq 1987 aa
MASSSSSSPAVNSGDLVDLVSSSASATVYPSDDAILAVLQARFRADLPYSRLNSSHLVVV
NPYKALANTNDVSAQEYEERCYKDTSLPLTGSSQPLPPHLYDLAAKVYLLMRRRTESQAV
VFRGITGSGKSFSRDLLINQILRLSTHSKRELKLAEQVRALAPVLDAFGNAKTLLNPNAS
RHGRYFELHFNERGRLSGAKVLTYGLDKSRLNRLSHEERTYHIFYQLLAGATPAERDAFN
LEDPSDYALLASSGCYRLPSGPFSDDSIAMEDLRVALRTLGFKAKHISAVFSLIVAILLL
GNLQFGDGDYKDASAYVANVLVLDHAARLLGVPSEDLAQTLTNKTSYVRKELYTVLMNAQ
QSAAQRDHFVRDLYAILFAFVVETANHRVAPSASDPPPHTQVVLLDQPGFQSRGPASTAS
MMFNAPLIHAYGQNGFDEFCINFQDEMVHSYVVRNIFEDSVGYNGHLVGDGISLPAITVM
DNSACIELIRGAQLNERAHKKPAGMLGVMNKACSSFKSGKSGDKRDEDLLQEIVSKCGGH
ASFVASTGADANTFGINHYAGPCNYETTDFVEKDTDMLDSAFVTLLRSSSDSFVSKLFSG
PSLAAEKHSKDENAIVQAQVSSRPLRHPTPVPASGSSSPTVEEHPHLDPTKVYPVTTQLN
FNLSEIISTLDRTRLWTVSCIRPNDSGSSNSFDKRRVKAQIRSLLLPDIVARRKTEYVAD
YEQLAFCDRYVPTMRGSEEERIRQCASSNGWKEGTDYVLGHRMIWLSYGAWKSVEDVLRA
SEKDRKESGEGVDDSESAYPEDTTEYDHQDPPTPRREEYGDSADDLLLARTGSHGTQYRA
PNTATGYAAVGYSDVNITPQYEGDGQWHDYGSDKKGLTDEMPSTPAATKELVPKEVALDT
PPVTTARKWWLRVCWLMTWWIPTFMLTYIGRMKRPDVRLAWREKFTIFLLIFLLNCFIIF
YIVEFGRLLCPDSDKAWNVDEVAEHTGDNDYWVAIQGNVYDITNFVKGQHSDISGEDSND
SDTLEELAGQDLTNYFPPPLILACPDLVSDDTLTLSYANFTATVTTAVHTSGALATDSSS
KLSDSDWYTSTFQPVIKKYIKGPLVYTKSTIESQATSSDDDSSSTDTKTWAIYNDHLYDL
TDYFYTIDQNSATTSYEFLDSSITDVFQQQPGNDITKTLNSVMESMDATTVAQNLACLNN
KFYIGEVDFRKSARCQVQNYILLAASIILASSMVVKFLAALQLGGKRNPEMLDKFVLCQV
PCYTEGEDSLRRTIDSLANLNYDDKRKLIFIICDGNIIGSGNDRTTPRIVLDVLGVDPKL
DPEPLLFRSIGEGSKQLNYGKVYSGLYEFEGHVVPYMVVVKVGKPSERQKPGNRGKRDSQ
ILLMSYLNKVHFDSPMAPLELEIYHQMRNVIGIDPAFYEYIFTVDADTTVTPDSMNRLVA
SVADDSSIIGICGETKLENPEGSWWTMIQVYEYYISHHLSKAFESLFGSVTCLPGCFSMY
RIRTADKGRPVIISSRIIDEYSENLVDTLHKKNLFSLGEDRYLTTLMMKHFPTFKTKFTP
DAVAHTVAPESWRVLLSQRRRWINSTVHNLCELVFLPELFGFCCFSMRFFVFIDLLGTLI
LPATVVYLLYLIIIVAIGGAAIPIISIIMIAAVYGLQALVFIIKREFMLVGWMVVYLLSY
PVWSFMLPVYSFWCMDEFGWGSTRLIVGEGKDKKVIVNEDDVFHESMIPLKKFSDYEAET
WEGSHQGDMYSKPGSHLPPHSRAQSRAQSPYGSQAGDFYRDTNVMDSKKDLRSHPSQGSM
SQYGGHQQPPMSQYGAMPQLPFMPFGTGYAGSAAGSDYGGHMQMGMPYQQTGSVYGMMPP
GGPRNTMMSFNQNPFGGGMAPGMGNMSSGQSIAGGAPPSMGGGMAQPRMSTFSLATSVNP
FAGPSNSTDPTDDELTQALRNYLSTQDLMTVTKKTAREAIMARFPKADLAPRKQFLNDSI
DAILREA
NT seq 5964 nt   +upstreamnt  +downstreamnt
atggcctcttcctcgtcgtcgtctccggccgtcaactctggcgacctcgtcgacctcgtt
tcttcttccgcgtctgcgaccgtttacccctccgacgatgccattctcgccgttctccag
gctcgctttagagctgacctaccttatagcagacttaactcatcccacctagtcgtcgtc
aacccctacaaagctttggcgaacaccaacgatgtcagcgcacaagagtacgaggagcgg
tgttacaaggacacttccctcccactcactggctcctcgcaaccattaccaccccatctc
tatgatctcgcggccaaagtgtatttgctcatgcggaggcggacagagtctcaggcggtc
gttttccgaggaatcacaggctccgggaagtcattcagtcgtgacctgctcatcaaccaa
atccttcgactctcgacacactccaagcgcgagttgaagctcgcagagcaggtcagggct
ctcgctcctgttctcgatgcgttcggcaacgccaagacccttctcaacccgaacgcctca
cgccacggtcgatacttcgagctgcacttcaatgagcggggtcgtctcagtggcgcgaag
gttctcacgtatggtctcgacaaatcacgccttaataggctcagtcacgaagagcgaacg
taccacatattctaccagctcctggcgggcgccacgcctgccgagcgggatgcgttcaac
ctggaggatccttcggactatgccctcctcgcttcatcaggttgctatcgtcttccttca
gggccgttcagcgacgattcaatcgctatggaggatttgcgtgtggcgttgcggacgttg
ggtttcaaggcgaagcacatctccgctgttttcagcctcattgtcgccattctcctcctc
gggaaccttcagttcggtgacggcgactataaggacgcctctgcctacgtggcgaacgtc
ctcgtcctcgatcacgccgcccgtttgctcggtgtgccttcggaggacctagcccagacg
ctgacaaacaagacgagttacgtccgcaaggagctctacaccgttctgatgaacgcccaa
caaagcgcagcacaacgagatcatttcgttcgcgacttgtacgccatcctattcgcattc
gtcgttgagaccgccaaccaccgcgtggccccgagcgcttcggacccgcccccgcacact
caggtcgtgctccttgaccagcctgggttccaatcccgtgggcccgcctcgactgcttcg
atgatgttcaatgctcctctcatccacgcctacggtcagaacgggttcgacgagttctgc
atcaacttccaagacgagatggttcattcttatgttgtgcggaatatcttcgaagatagt
gtgggctacaacggacacctcgttggcgatggcatctcacttccagccatcactgtcatg
gataactcggcctgcatcgagcttattcgtggtgctcagcttaatgaacgggcgcacaag
aagcccgcgggaatgttgggggtgatgaacaaggcgtgctcgtcgttcaagtcgggcaag
agcggcgacaagagggacgaggacctgctgcaggaaattgtgtcgaagtgcggcggtcat
gcatccttcgtcgccagcaccggtgccgacgcgaatacgtttggtatcaatcactacgcg
ggtccctgcaattacgagaccaccgatttcgtggagaaggacacggacatgctggactcc
gccttcgtcactctccttcgctcttcatccgattcgttcgtttccaaattgttttccgga
ccgtcactcgccgcggagaagcatagcaaggacgaaaacgccattgttcaggcacaggtc
tcctcgcggccgttgcgtcatccaacccccgttcctgcctccggctcgagctctcccaca
gtggaggagcacccccatctcgaccctacgaaggtttaccccgtcacgactcagctcaat
ttcaacctttccgagatcatctccactctcgaccgcacacgactatggacggtctcgtgt
atccggcctaacgactctggttcctccaattcgttcgataagagacgagtgaaggctcag
atccgctctctcctacttcccgacatcgtcgcccgtcgcaagacggagtatgtcgccgac
tatgagcaactcgcgttctgcgaccgttacgttcccactatgcgtgggtccgaggaggag
cgaattcgacaatgtgcgtcttcgaatgggtggaaggaagggacggattacgttctcgga
cataggatgatttggctctcgtacggcgcctggaagtcggtagaggatgttctgcgggct
tcggagaaggacaggaaggagtcgggcgagggcgtggacgacagtgagagcgcatatccg
gaggacactaccgagtatgaccatcaggacccacccacaccacgacgagaagagtatggt
gacagtgccgacgaccttcttcttgcgcgcactggcagccacggcacgcagtatcgtgct
cccaacaccgcgaccggctacgcggcggtgggctactcggacgtcaacattacgccccag
tatgaaggtgacggccaatggcacgactacggctcggacaagaagggtctcaccgatgag
atgccctcgacgcctgcggctacgaaggagcttgtgcctaaagaggtggcgctcgacacc
ccgcctgtcacgactgctcgtaagtggtggctgcgggtgtgctggctcatgacttggtgg
attccgacgttcatgctcacgtatatcggtcggatgaaacgcccggatgttcggctggcc
tggcgcgagaagttcaccatcttcctcctcatcttcctcctgaactgtttcatcatcttc
tacatcgtcgagttcggccgtttgctttgtcccgattccgacaaggcgtggaacgtggac
gaggtggccgagcacactggtgataacgattattgggttgcgatccagggcaacgtctac
gatatcacgaacttcgttaaaggccagcacagtgatatctccggcgaggacagtaacgat
tcggacacgcttgaggaattggctgggcaggatcttacgaactatttccctccaccactc
attctcgcttgccccgacctcgtctccgacgatacgctcacgctgtcgtacgccaacttt
acggccactgtcactaccgcggtacatacatcgggcgccttggcgacggattcgtcgagt
aagctttcggatagtgattggtacacatcgacgttccagcctgtgatcaagaagtatatc
aagggacctttggtgtacaccaaatcgaccattgaatcgcaagctacgagttccgacgat
gattcttcttcgacagacaccaagacttgggccatctacaacgatcacctctacgatctg
accgactacttctacaccatcgaccagaactctgccacgaccagctatgagttcctcgat
tcttcaatcaccgacgtcttccaacagcagcccggcaatgacatcacgaaaacgctgaac
agcgtcatggaatcgatggacgccacgaccgtcgcgcaaaacttggcttgcttgaacaac
aagttctatatcggcgaggtcgacttccgcaagtcggcgaggtgtcaggtccagaattac
atcttgttggcggcatcgattattctagcgtcttccatggtggtcaagttcttggccgcg
ttgcagctcggtggcaaacgcaatcccgagatgctcgacaagttcgtcctgtgccaggtt
ccctgttataccgaaggcgaagattcgctccgtcgtactatcgactcgctcgccaatctg
aactacgacgacaagcgaaagctcatcttcatcatctgcgacggaaatatcattggtagc
ggcaacgaccgcactacgcctcgcattgtcctagatgttctcggtgtcgaccctaagctt
gatcctgagcctctcctgttcaggtcgattggtgaaggttcgaagcagctgaactacggg
aaggtttactccggtttgtatgagttcgagggccatgtcgtcccatacatggtggtcgtc
aaagtcggcaagccgagcgaacgtcaaaagcctggtaaccgcgggaaacgtgacagtcag
atccttctcatgtcgtacctcaacaaggtccacttcgacagcccgatggcacctttggag
cttgagatttaccaccagatgcggaatgtcattgggatagatccagccttttatgagtat
atcttcactgttgatgcggacactacggttacacccgactctatgaatcgtctggtcgcg
tcggtcgccgatgattcgagtatcatcggtatctgtggcgagacgaaattggagaaccct
gaaggctcttggtggaccatgattcaggtatacgagtactacatctctcaccacttgtcc
aaggccttcgagagtttgttcggctccgtcacctgtcttcccggttgtttctccatgtac
cgtatccgtaccgccgacaagggtcgtcccgtcatcatctccagtcgtatcatcgatgaa
tactcggagaacctggtcgacacgctccacaagaagaacttgttctccctcggtgaagat
cgttacctcactacgctcatgatgaagcacttcccgactttcaagaccaagttcactccg
gatgccgtcgcgcacactgtcgctcctgagtcttggcgtgtgctgctgtcccagaggcgt
cggtggatcaactcgacggttcataatctttgcgagctggtgtttttgcctgagttgttt
ggtttctgctgtttctctatgaggttcttcgtcttcattgatcttttgggaactttgatt
cttccggctacggtcgtctacctcctctacctgatcatcattgtcgccattggcggagcg
gccatccccatcatctctatcatcatgatcgccgccgtttacggtcttcaggccttggtc
ttcatcattaagcgagagttcatgctcgttgggtggatggttgtttacctgttgtcttat
cctgtctggagtttcatgctgccagtgtactccttctggtgcatggacgagttcggttgg
ggtagcacacgtttgatcgtcggcgagggtaaggacaagaaggtcattgtcaacgaggat
gatgtgttccacgagagtatgattccgctcaagaagttcagcgattacgaagccgagaca
tgggaaggttcacaccagggtgacatgtacagcaagcctgggtcgcaccttccacctcat
tccagagcgcagtctcgagcacagtcaccgtacggatcccaagcaggcgatttctaccgc
gatacaaacgtcatggactccaagaaggaccttcgtagccacccgtcgcaaggcagtatg
tctcagtacggtggtcatcagcagccgccgatgtcacagtacggtgctatgcctcaactg
ccattcatgcctttcggtacgggctacgccgggtccgctgcgggttcagattatggtggc
cacatgcagatgggtatgccttaccagcagaccggaagcgtctacggaatgatgccacct
ggtgggccgaggaatacgatgatgtcgttcaatcaaaatccgttcggcggaggtatggct
ccaggaatggggaatatgtcttcagggcagtcaattgcaggtggtgctcctccttcaatg
gggggtgggatggcgcaaccgcggatgtcgacgttctcgttggcgacttcggtgaatccg
ttcgcagggcctagcaacagcacggatccgacggacgatgagttgacacaggcgttgcgt
aattatctcagcacccaagacttgatgaccgttacaaagaaaaccgcacgcgaggctatc
atggctcgtttcccgaaggcggacctggccccacggaaacagttcctgaacgactccata
gatgcgatcctccgcgaggcgtag

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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 (52)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (74)   

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