KEGG   Agaricus bisporus var. bisporus H97: AGABI2DRAFT187535
Entry
AGABI2DRAFT187535 CDS       T03140                                 
Symbol
AGABI2DRAFT_187535
Name
(RefSeq) glycosyltransferase family 2 protein
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
abv  Agaricus bisporus var. bisporus H97
Pathway
abv00520  Amino sugar and nucleotide sugar metabolism
abv01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:abv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    AGABI2DRAFT187535 (AGABI2DRAFT_187535)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:abv01003]
    AGABI2DRAFT187535 (AGABI2DRAFT_187535)
Enzymes [BR:abv01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     AGABI2DRAFT187535 (AGABI2DRAFT_187535)
Glycosyltransferases [BR:abv01003]
 Polysaccharide
  Structural polysaccharide
   AGABI2DRAFT187535 (AGABI2DRAFT_187535)
SSDB
Motif
Pfam: Chitin_synth_2 Myosin_head DEK_C Glyco_trans_2_3 Glyco_tranf_2_3 Cyt-b5 Glycos_transf_2 AAA_29
Other DBs
NCBI-GeneID: 18080815
NCBI-ProteinID: XP_006455068
JGI: Agabi_varbisH97_2_187535
Position
Unknown
AA seq 1866 aa
MSAHQKLEAATDIAQLAHVSDDFIVACLRERFMADSIYTALGSAALVALNPHKYVSSNAD
SVLHKYAAEYRDTSFREDRLPPHIFQLANNAYYHMRRTTQDQAILFSGESGSGKSENRRL
AIKTLLELSVSNPGKKGSKLASQVPAAEFVIESFGNARSLFNPNASRFGKYTELQFTDRG
RLCGIKTLDYYLERNRVAAVPSGERNFHIFYYLTAGATPEERQHLHLHDKTTYRYLGHRG
PAAARQQVGRDDDALRFDQLKVGLKTIGMSKRHVAQTCQLIAAILHLGNLEFIIDRHRNE
DAAVVRNTDVLEIVADFLGISAPALESALSYKTKMVKKELCTVFLDPDGASDNRDDLAKT
LYSLLFAWLNEHINQRFCKDDFSTFIGLFDLPGPQNMTSRPNSLDQFCINFANERLQHFI
QKRLFEAHVNEYNIEGISHLVPQIPYFDNAECIRLLQTHPGGLVHIMDDQARRIPKKTDH
TMVEAFQKRWGNHSSFKAGSIDRSGFPTFTVNHYNGAITYSSENFLERNLDAINPDFVSL
LRGVGDGSVPMSMDGMGTGSINPFVKGLFSNKAIATQAHPRNEDTIVSAQQAVKPMRAPS
TRRKGTIKRMPAVKDSSFPDIDEKDEEEGGNAHPHSSSHPNGSTSPCVAGEFRAALDTLF
ETLEETQTWYVFCINPNDSQLPNQLEGRSVKGQVRSSGLSEIAKRCGVMLEVGMTPEEFC
ERYREGLDGAGVMEGDGRERAAQAKTALGLGERDLVLGQHKSFPLLEDQLRSRDVEEQKR
NRIRDAEAEAGLDPRGMADPYAPYRSPGEELDVNWGAYSDNANGSSQALPLVANASPFQR
ADLYDDDYDENKSLRSEEFDGRSRFTSNRDDSVSNFGSESYAPSRNMFQNTDKRGLADKE
VLGGEVIAENETTEVIKESAARRRWVAFCWLLTWWVPSPFLTWFGRMKRMDVRQAWREKL
ALNLMIWFVCGCTVFVIAVLGVLICPTEHVFNQSELQSHSMQNDPNNVFVGIRGEVFDLG
HLATVHLSKVPVVPVKSLMKYGGTQADNLFPVQVSALCNGIDGQVSPYVTLTSANVTDEN
AQYHDFRIFTNDSRPDWYFENMVVMRYTARRGFIGYTPKEVKSMASSGNAVAIYNGFVYD
VTSYLRSPPATAAPAGTQAPPNTDTKFMEQNILDLFTDFGGSDVTKRLDKLNIDPAIKAR
QKVCLRNLFLIGKVDSRESPQCLFSTYILLALSVMMVSIIGFKFIASINFGSERAPEDHD
KFVICQVPCYTEGDLSLRRTIDSLAQMKYDDKRKLMVIICDGMIVGSGNDRPTPRIVLDI
LGADPNLDPEPLSFQSLGEGAKQHNMGKVYSGLYECSGHVVPYMVIVKMGKPTERSRPGN
RGKRDSQMLLMHFLNKVHFNSPMNPMELEMYHQIKNVIGVNPTFYEYLFMVDADTTVDPL
SVNRLISAMIHDKKVLGVCGETELANAKQSLITMMQVYEYFISHHMAKAFESLFGSVTCL
PGCFTLYRLRTPDSHKPLLISNQMIQDYSENRVDTLHMKNLLHLGEDRYLTTLLLKHFPT
FKTQFIRDAHAYTVAPDDWKVLLSQRRRWINSTVHNLGELVFLEQLCGFCCFSMRFVVMI
DLLSTITQPVTVAYIVYLIYLVAGEGKAVPTISIIMIAAIYGKLVVHDEGKFDPRAIPLK
SWNDYENELWDKESNHSIGSWIPPTKGKAEYAESHTASIYGRETYYEPRTQSPAPSQFGM
LPPPGYNSGRNTPQSFHHPLNDAASFHQYTNSFHQPAPSRPVTNYLDMPIPAASQEGFEM
GGAGSSLLPSDSEIERTVQNILRTADLNTVTKREVRRQLEEIFGMDLTSRKNMINATIDR
ILLAQA
NT seq 5601 nt   +upstreamnt  +downstreamnt
atgagcgcgcaccagaaactcgaggcggcgacggacatcgctcagctcgctcatgtctct
gacgactttatcgtcgcttgtctccgcgaacgcttcatggccgactccatctacaccgcc
cttggctcggccgctctcgttgccctcaacccccacaaatacgtctcttccaacgccgac
tcggtccttcacaagtatgctgcagaatatagagacacttcctttcgcgaggacagacta
ccccctcacatcttccagctcgccaataatgcctactaccacatgcgcagaacgacccag
gaccaagctatcctcttcagtggagaatccggcagcggcaagtccgagaaccgacggctc
gcaatcaagaccctactcgagcttagcgtcagcaatcccggcaaaaaaggctccaaactc
gcttcccaagtccccgccgccgaattcgtcattgaatcctttggcaacgcccgctcccta
ttcaaccccaacgcctcccgtttcggaaaatacactgaactccagttcaccgaccgtgga
cgactgtgtggtatcaaaaccctcgattattaccttgagcgcaaccgcgttgctgctgtc
ccctctggcgagaggaattttcatattttttattatttgactgctggcgccactcctgag
gagcgacagcaccttcatcttcatgataaaaccacttatcgctacctgggtcatcggggt
cccgctgctgctcgccagcaagtcggtcgtgatgacgacgcccttcgtttcgatcaactc
aaagtcggtctcaagaccattggcatgtccaaacgccacgttgcccaaacatgtcaattg
atcgccgctatcctccatctcggaaaccttgaatttatcatcgatcgtcatcgaaatgaa
gatgccgcggtggtacgcaacactgatgttttagaaatcgttgcggactttttgggcatt
tccgctcccgctttagagtcggcgctctcctacaagaccaaaatggtcaagaaggagttg
tgtactgtgttcctcgatcctgatggcgcttctgacaaccgtgatgaccttgccaagacg
ctttattcccttctttttgcctggctcaacgagcacatcaatcagcgcttttgcaaggat
gacttttccacctttatcgggctatttgatttacccggtccccaaaatatgactagccga
cctaattccctcgatcaattttgcatcaactttgccaatgaacggttgcaacactttatc
cagaagcgcttgttcgaggcacacgtcaacgaatacaatatcgaaggcatctcccatctc
gtcccccagatcccctattttgataatgccgaatgtattcgcctcttgcaaactcatcct
ggtggtttggtgcatatcatggatgatcaagctcgccgtatacccaagaagacggatcat
accatggtggaagcgttccagaaacgttgggggaatcattcgtctttcaaagccggttct
attgataggtctggatttcccacattcaccgtcaatcactataatggtgccataacctat
tcgtctgaaaatttcttggaacggaaccttgatgctatcaatcctgattttgtttcactc
ttacgtggcgtcggtgatgggagtgtgccgatgagtatggatggaatgggtacgggttcg
attaatccttttgtgaaaggattgttttcgaacaaggcgattgcgacgcaggctcatcct
aggaatgaggatacgattgtttcggctcagcaagctgttaagcctatgcgtgctccctcg
acgaggaggaagggtactataaagagaatgccggcggttaaagactcgtcgtttcctgat
atcgatgaaaaggatgaagaggaaggtggaaatgctcaccctcattcgtcttctcatcct
aatggctccacatccccatgtgttgctggagaattccgagcggcactggacactttgttt
gaaacactcgaagaaacacagacgtggtatgtgttttgtattaatcccaatgattcgcaa
ttgccgaatcaattggagggaagaagtgtgaaggggcaggtgaggagtagtgggttgagt
gagattgcgaagaggtgtggggtgatgcttgaagttgggatgactccggaggagttttgt
gagaggtatagggaggggttggatggtgctggtgttatggagggtgatgggagggagagg
gctgctcaggcgaagacggcgcttggacttggggagagagatttggtgcttggtcaacat
aagagctttccattacttgaagatcaattgaggtctagggatgtcgaagaacagaagagg
aatcgtattcgtgatgctgaggcggaggccggtctcgatcctagaggcatggccgatcct
tatgctccttatcgtagtcctggagaagaactcgacgtcaattggggagcatatagtgat
aacgccaatggttcaagtcaagcattacccttggtagctaatgcatcgccattccaacgt
gccgatctctatgacgacgattacgatgaaaacaagtctttgagaagtgaggagtttgat
gggaggagtcggtttacatccaatcgagatgattctgtatcgaatttcggatcggagtcg
tatgcgccttcgaggaatatgtttcagaatacggataaacggggattggctgataaagag
gttttgggaggggaggttattgcggagaatgagacgacggaggttattaaggagagtgcg
gctaggaggcggtgggttgcgttttgttggttgttgacgtggtgggttccgtcgccgttt
ttgacatggtttgggaggatgaagaggatggatgtgaggcaggcttggagagaaaagctg
gctctgaatttgatgatttggtttgtgtgtgggtgtacggtgtttgtgattgcggttttg
ggagtgttgatttgtccgacggaacatgtgttcaaccagagcgagttgcagagtcatagt
atgcagaatgatccgaataatgtgtttgtggggattaggggggaggtgtttgatttggga
catttggcgacggtgcatttgagtaaggtaccggttgtgccggtgaagagtttgatgaag
tatggagggactcaggcagataatttgttccctgttcaggtcagcgctttgtgtaatggt
atcgatggacaagtctcgccctatgtgactctcacttcggccaacgtcacggatgaaaat
gcgcaataccatgatttccgtatttttacgaacgattcgaggccggattggtatttcgag
aatatggtcgttatgcggtatacggcgcgaaggggtttcatcggttatacgcccaaggaa
gtcaagtctatggcgtcgtctgggaatgctgtggcgatctataatggattcgtttatgat
gtgacgtcgtatttgcgtagtccaccggctactgcggcgcctgctgggactcaagctcct
ccgaatacggacaccaaatttatggagcagaatatcttggatctgtttacggatttcggg
ggatcggatgttacgaagcgattggacaagttgaatattgacccggcgatcaaggcgaga
cagaaagtctgtttgagaaatttgtttttgattgggaaggtggatagtcgagagtcgccg
cagtgtttgttttcgacttatatcttgctggcgctttcggtgatgatggtttcgattatc
gggttcaagtttattgcttctatcaattttggatctgaacgcgcgccggaggatcatgat
aaatttgtgatttgtcaggttccttgttatacggagggggatttgtcgttgaggaggacg
attgattcgttggcgcagatgaagtatgatgataagaggaagttgatggtgattatttgt
gatgggatgattgtggggtctgggaatgataggcctacgccgaggattgtgttggatatt
ttgggggcggatccgaatttggatccggagccgttgagttttcagagtttgggagagggg
gcgaagcagcataatatgggtaaggtgtattcggggttgtatgagtgttcgggacatgtg
gtgccgtatatggttattgtgaagatggggaaaccgacggagaggagtagacctgggaat
agggggaaacgggattcgcagatgttgttgatgcatttcttgaacaaggttcacttcaat
tcgccgatgaatccgatggagttggagatgtatcatcagatcaagaatgttattggtgtc
aacccgactttttacgagtatttgttcatggttgatgccgatacgacggttgatcctttg
tctgtcaatcggttgatttctgctatgattcatgataagaaagttttgggtgtttgtggt
gaaacggagttggccaatgctaagcagtctttgatcacgatgatgcaggtttatgaatac
ttcatttctcaccacatggccaaggctttcgaatctctctttggatccgtcacttgttta
cccggttgtttcactttataccgcctacgcacgcccgacagtcacaagccgctcttgatc
tcgaaccaaatgattcaagactattcggaaaatcgtgtggataccctgcatatgaagaac
ctcttgcatcttggtgaagatcgatacctcacgacgttacttctcaaacatttcccgacg
ttcaagacgcagtttattagggatgcacatgcgtatactgttgctcctgatgattggaag
gttttgttgtctcaacgtcggcgttggattaattcgactgtgcataaccttggggaactt
gttttcttggagcagttgtgtggattttgttgtttctcgatgaggtttgtggttatgatt
gatttgttgtcgacgattacgcagcctgttaccgttgcttatatcgtatacctcatatac
ctcgtggctggagaagggaaggcggtgcctaccatttctattatcatgattgctgccatc
tatggtaaacttgttgttcatgatgaaggcaagtttgatccacgggctatacctctcaaa
tcttggaatgactacgaaaacgagctttgggataaagagtcgaatcatagtattggttcg
tggattccaccaacaaagggcaaggcggaatacgccgagtctcatactgcatctatctat
ggccgcgagacttactacgagccccgtactcaatcgccggcgccttcgcaattcggcatg
ttgccacctccgggatacaactctggtcgtaatacccctcagtccttccatcatcctttg
aatgacgctgcctccttccatcaatatacaaattccttccatcaacctgcgccttcgcgt
cctgtgaccaactaccttgatatgcccatccctgcggccagccaagaagggttcgaaatg
ggtggcgctggtagtagtttgttgccgtctgattcggagattgaacgtactgtgcagaac
atcctcaggacggcggatctgaatacggtgacgaagagggaggttagaagacaactggaa
gagatatttggcatggacttgacttcacgcaagaatatgattaatgctacgattgacagg
atccttttagctcaggcatag

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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 (5)   
   KEGG ORTHOLOGY (1)   
   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 (27)   

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