KEGG   Stereum hirsutum: STEHIDRAFT_167986
Entry
STEHIDRAFT_167986 CDS       T03127                                 
Name
(RefSeq) glycosyltransferase family 2 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_167986
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:shs01003]
    STEHIDRAFT_167986
Enzymes [BR:shs01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     STEHIDRAFT_167986
Glycosyltransferases [BR:shs01003]
 Polysaccharide
  Structural polysaccharide
   STEHIDRAFT_167986
SSDB
Motif
Pfam: Chitin_synth_2 Myosin_head DEK_C Glyco_trans_2_3 Cyt-b5 Glyco_tranf_2_3 Glycos_transf_2 AAA_22
Other DBs
NCBI-GeneID: 18803255
NCBI-ProteinID: XP_007303454
JGI: Stehi1_167986
Position
Unknown
AA seq 1938 aa
MASNRQSTLMHQRLEAVTDLAKLPNVSDDVIVSCLRERFMSDIIYTNLGTSSLVAVNPHK
YVPSNADSVMHKYAAEHRNTVEDKELLPPHIFQLANNAYYHMRRTTQDQCIVLSGETGSG
KSENRRLAIKTLLELSVSNPGKKGSKLASQVPAAEFVLESFGNARTLFNANASRFGKYTE
LQFTDRGRLCGIKTLDYYLERSRVAGAPSGERNFHIFYYLVAGASPEERQHMHLLDKTTY
RYLGQRNPAPIRQNPDEDALRFDQLKLALKNVGFSKRHVAQTCQLIAAILHLGNLEFTID
RARNEDAAVVRNTDILALVAEFLGVTTSALETTLSYKTKMVKKELCTVFLDPDGASDNRD
DLAKNLYSLLFQWLNEHMNQRLFKDDYVTFIGLFDLPGPQNMTSRPNSLDQFCINFANER
LHNFIQKRMFEAHRAEYQSEGIAQYVPEVPYFDNSECLRLLQNKPGGLIHIMDDQARRSA
KKTDHTMVEAFSKRWGQHSSFKVGSVDRQGFPTFTVNHFNGPVTYSSDGFLEKNAHSLNP
DFVSLLRGMNHHEGGEGSGSVNPFIRGLYNSSAIATQNHPRNEDTIVAAAQPVKPMRAPS
TRRKGGTISRRQGALGDIEEKGGDDDAEGASSSASNTCVAGTFRSALDTLFETLEETQTW
YVFCINPNDSQLPNQIEGRAVKGQTRSMGLTEISRRCVNVFEVGMTPREFCDRYREQIAA
VGISEGETREQVEQMRTALDLAGNDLVLGQYKVFLSQRAFHKLEDYLRAKDVDEQKRNRM
REAEIDAGLDPRGASNDVYAPYRNPDAAEFDTPQVGRDVPYGDPFNQSTGALPLVSNASP
FQRAEMYDDYDDRGSVRSDDFDANSRLTSHRDETMSIGTESYAPSRNMFQNADKKALLEK
EALPGEVQEGETTEVIKETSARRRWVALCWMLTFWVPTPFLRWFGRMKRLDVQQAWREKL
ALNILIWFICGCAVFVIAVLGNLICPTEHVFNTSELSSHSYTNDPDSVYTSIRGEVFDLT
GVAATHLRIIPVVTTTTILKTYGGTSSDDIFPVQVSALCNGIDGSVNPYVALQFSNNTDT
NAQYHDFRVSSNDSRPDWYFESMTVMRWNNRVGFVGYTPKELKSKAAAGSSLGIYNGLVY
DLTDYIAFPPIVKTPTGTSAPSGITTQFMDSTVLDLFKFNSGEDITKKLDNLDIDSDTLA
RQKVCLRNLFTIGKVDNRNSAACLFATYILLALSIIMVSVIGFKFIAAINLSGSRAPEDH
DKFVICQVPCYTEGEQSLRRTIDSLAQLKYDDKRKLLLVICDGMIVGSGNDKPTPRIVLD
ILGSDPNIDPEPLSFLSLGEGAKQHNMGKVYSGLYETQGHVVPYLVLVKVGKPSERSRPG
NRGKRDSQMMVMHFLNKVHFNSPMNPLELEMYHQIKNVIGVNPTFYEYLFTVDADTTVEP
YSVNRLISAMIHDKKRLAVCGETSLSNSKQSLITMMQVYEYFISHHLAKAFESLFGSVTC
LPGCFSLYRLRTPDTHKPLIISNQVIQDYSENRVDTLHMKNLLHLGEDRYLTTLLLKHFP
MFKTQFVRDAQAYTVAPDDWQVLLSQRRRWINSTVHNLGELIFLDRLCGFCCFSMRFVVM
IDLLSTIVAPVTVGYIVYLIYLVAGEGKSIPTLSLIMIAAIYGLQAGVFILRRKWDMIGW
MVFYILAIPAFSFFLPLYSFWKMDDFSWGATRLVLGESGKKLIVHDEGKFDPRSIPLKSW
NDYENELWDKESNHSIGSWAPPNKLKNDGYAESRTSVYGRETVYDAGYAQRTFSPSPSQH
GGMGFGAPPGYQSGRNTPLGGYGYGAPQMPHARTTSMAMSDSGPLYQPAPSRPTTNYLDM
PIVSSQSPVQLGDFGLGPSDADIELAVDDILRDADLNTVTKREIRRRLEEQFQTDLSSRK
STVNAAIDRALMTKSAMQ
NT seq 5817 nt   +upstreamnt  +downstreamnt
atggcttctaacaggcagtcgacgctgatgcaccagcgactcgaggccgtcaccgacctc
gcgaagctaccaaatgtgtccgacgatgtcatcgtttcctgtctcagggagcggttcatg
tccgacatcatctacaccaatctaggcacttcgtcactcgtggccgtcaacccgcacaag
tatgttcccagcaacgccgactcagtcatgcacaagtacgcggcggaacataggaatacg
gtcgaggacaaggagttattgccaccgcatatttttcagctggcgaataatgcgtattac
cacatgaggcggacgacgcaggatcagtgcatagtcttgagtggcgagactggcagtggc
aagtccgaaaaccgccgactcgccatcaaaacgctgctcgagctcagtgtcagcaaccca
ggcaaaaagggctctaaactcgccagccaagtccctgccgccgagttcgtcctcgagtcc
ttcggtaacgctcgcacgctcttcaacgccaatgcttcccggttcggcaagtacactgag
ctccagttcaccgatcgcggtcgcctctgcggcatcaagacactcgactactacctcgag
cggagtcgggtcgcgggcgccccgtccggcgagcgcaatttccatatattctactatttg
gtcgccggcgcttctcctgaggagcgacaacatatgcaccttcttgacaagacaacttac
cgttaccttggccaacgtaacccggctcctatccgtcagaaccccgacgaggatgcactc
cggttcgaccagctcaagctcgctctgaagaacgttggattctccaagcggcatgtggcg
cagacttgtcagctcatcgccgccatccttcacctcggcaacctcgagttcaccatcgat
cgcgctcgtaacgaagatgctgccgtcgtcaggaatactgacatcctcgccctcgtcgcc
gagttcctgggtgtcacgacttcggctctcgagacaacgttgtcgtacaaaacgaagatg
gtgaagaaggaactctgcaccgtgttcctcgacccggatggcgcctccgacaatcgtgac
gacctagcgaagaacctctactcgctcctcttccagtggctgaacgagcacatgaaccag
cgtctcttcaaggacgactacgtcaccttcatcggtctcttcgaccttcccggcccacag
aacatgaccagccggcccaactcgctcgatcagttctgtatcaacttcgccaacgagcgt
ctgcataatttcatccagaaacggatgttcgaggctcaccgtgcggagtaccagagcgag
ggcatcgcacaatacgttccggaggtcccttacttcgataactcggagtgccttcgcctt
cttcagaacaagccgggaggtttgatccacatcatggacgatcaggcgagaaggtctgcg
aagaagacggaccatacgatggtggaggcgttctctaagcgctggggccagcattcctcg
ttcaaggtcgggagcgtcgaccgtcaggggttccctacgttcaccgtcaaccacttcaac
ggtcctgtcacgtactcttccgatggtttcctggagaagaacgcgcattcgctcaaccca
gacttcgtctcacttctccgtggtatgaaccatcacgaaggcggagagggctctggatct
gtcaacccatttattcgtgggctgtacaacagctccgccatcgcgacgcagaaccatcca
cggaacgaggataccatcgtcgcagctgcacagcccgtcaagccgatgcgtgctccctcc
actcgtcgcaagggcggaaccatctcccgccgtcaaggcgccctcggcgatatcgaggag
aaaggaggtgacgacgatgccgaaggcgcctcttccagcgcatccaacacctgcgtcgcg
ggcacgttccgctccgccctcgatacgctgttcgagacgctcgaggagacacagacgtgg
tacgtgttctgcatcaacccgaacgactcgcagttgccgaaccagatcgagggtcgggcg
gtgaaggggcagaccaggagtatgggcctgacagagatctcgaggaggtgtgtgaacgtg
ttcgaggtcggaatgacgccgagggagttctgcgatcggtatagggagcagattgcggca
gtggggatttcggagggcgagacgagagagcaagtcgagcagatgaggacggcattggat
ctggcgggtaatgatttggttcttgggcagtacaaggtcttcctgtcccaacgcgcgttc
cacaagctcgaggactaccttcgcgccaaggacgttgatgagcagaaacgtaaccgcatg
cgtgaagcagaaatcgacgccggtctcgaccctagaggcgccagcaacgacgtctacgct
ccgtaccgcaacccagatgcagcggagttcgatacaccgcaggttggacgtgacgtgcca
tatggtgatcctttcaatcagtccaccggtgctcttcctctcgtatccaacgcttccccg
ttccagcgtgccgaaatgtacgacgattacgacgaccgtggttctgtgcggagcgacgac
ttcgatgctaatagtcgtctgacaagccaccgtgacgagacgatgtctatcggtaccgag
tcgtacgcgccatctcgcaacatgttccagaacgcggataagaaggctttgctggagaaa
gaggcgctgccaggcgaggtccaggagggtgagacgacggaggtgatcaaagaaacatcg
gccaggaggagatgggtcgctctctgctggatgctgaccttctgggttccgacccccttc
ctgagatggttcggtcggatgaagcgtctggacgtgcagcaggcctggagagagaagctc
gctctcaacattctcatctggttcatttgcggttgtgcagtcttcgtcatcgccgtcctc
ggtaacttgatctgtccgacggagcacgtctttaacacgagcgagttgtcatcacattcg
tacacgaacgacccggatagtgtgtatacgtctattcggggagaggtgttcgaccttacg
ggcgttgcggcgacgcatttgaggattatccctgtggtcactacgacgacgattctcaag
acctatggcgggacctcgtcggacgatatcttcccggtccaggtcagcgcactgtgcaat
ggtatcgacggctcggtcaacccctacgtcgctctccaattcagcaacaatacagacacg
aatgctcaataccacgacttccgagtgtcctcgaacgactctcgtcctgattggtatttc
gagagcatgaccgttatgcggtggaacaaccgtgtcggcttcgtcggatacacgccgaag
gaattgaagagcaaggcagccgctggtagctccctcggtatctacaatgggctcgtatac
gaccttaccgactacatcgccttccctcccatcgtcaagactccgactggtacctcggca
ccatccggtatcaccacgcaattcatggactcgaccgtcctcgacctgttcaagttcaac
tcgggcgaggacatcacgaagaagctcgataacctggatattgacagtgacaccctcgcg
cgccagaaggtctgccttcgtaatctgttcactatcggaaaggtcgacaaccgtaactcc
gccgcttgcttgttcgcgacgtacatccttctcgcgctttcgatcatcatggtcagcgtc
atcggtttcaagttcattgccgctatcaacctctcgggctcccgtgcgcctgaggatcac
gacaagttcgtcatctgtcaagtgccgtgttataccgaaggcgagcagtctctcaggcgg
acgatcgactcgctggctcagctcaagtacgacgataagcgcaagctcttgctcgtcatt
tgcgacggtatgattgtcggttcaggaaacgacaagcccacgcctaggatcgtactcgat
atcttgggctctgatccgaacatcgatcccgagccgttgagtttcctttccctcggtgag
ggagcgaaacagcacaacatgggcaaggtttactcgggattgtatgagacacagggacat
gtcgttccgtacttggtgctcgtcaaggttggcaagccttcggagaggtcaaggcctggt
aaccgtggaaaacgtgattcgcagatgatggtcatgcatttcttgaacaaggttcatttc
aattctcctatgaacccactcgagttagagatgtaccaccagatcaagaacgtcattggt
gtcaacccgacgttctacgaatatctcttcaccgttgatgccgatacgactgtcgagcca
tactctgtcaatcgcttgatctctgcgatgatccacgataagaaacgactggctgtttgc
ggagagacctccttgtccaattcgaagcagtctctcatcactatgatgcaggtctacgag
tacttcatctcccatcatctggccaaggccttcgagagtcttttcggatccgtcacctgt
cttcccggttgtttctccctctaccgccttcgcacaccagacacgcacaagccgcttatc
atctccaaccaggtcatccaagactactccgagaaccgagtcgacacgctccacatgaaa
aacctgctccatctcggtgaagatcgatacctgaccacgcttttgctgaagcacttccct
atgttcaaaactcaattcgtccgtgatgcccaggcgtacaccgtggctcccgacgattgg
caggtcttgctctcgcagcgtcggcgttggatcaactcgaccgtgcacaacctcggagaa
ctcatcttcctcgacaggctttgtggtttctgttgtttctccatgcgattcgtggtcatg
attgatctactatcaacaatcgtagctccggtgacggttggctacatcgtctatctcatc
tatctcgtcgcgggcgaaggcaaaagtatccccaccttgtcgttgatcatgatcgccgcc
atctacggtcttcaagcgggggtgttcattcttcgcagaaagtgggacatgatcgggtgg
atggtcttctacatccttgccatcccagccttctcgttcttccttccactgtattcgttc
tggaagatggacgacttctcttggggtgccactcgtctcgtcttgggagagtctggcaag
aaactcatcgttcacgacgagggcaagttcgatccacgttctattcctctcaaatcatgg
aacgactacgaaaatgagctatgggacaaggaatcgaaccatagcatcggatcctgggca
ccacccaacaagctcaagaacgacggatatgcggagtcgcgcacgtctgtctacggacgc
gagacagtctacgatgctggatatgctcaacggactttctccccgtcgccgtctcagcat
ggcggcatgggctttggtgcacccccgggatatcagtccggtcgcaacactcctctcggt
ggctacggctacggtgctcctcagatgccccatgcacgcacaacaagtatggcgatgagc
gattccggtcctctgtatcaacccgcaccttcgaggcctaccacgaattacctcgacatg
cccattgtatcgtcgcagtcgcctgtccagctcggagactttggcctgggcccttcggat
gccgatatcgagttggcagtagacgatatcctgcgcgatgcggacttgaacactgtgacg
aagagggagattcgacgtaggttggaggagcagttccagacggatttgtcttcgcggaag
tcgaccgtaaatgcagcgatcgacagggcgttgatgaccaagagtgccatgcagtag

  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 (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   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 (53)   

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