KEGG   Agaricus bisporus var. burnettii JB137-S8: AGABI1DRAFT55063
Entry
AGABI1DRAFT55063  CDS       T03136                                 
Symbol
AGABI1DRAFT_55063
Name
(RefSeq) hypothetical protein
  KO
K00381  sulfite reductase (NADPH) hemoprotein beta-component [EC:1.8.1.2]
Organism
abp  Agaricus bisporus var. burnettii JB137-S8
Pathway
abp00920  Sulfur metabolism
abp01100  Metabolic pathways
Module
abp_M00176  Assimilatory sulfate reduction, sulfate => H2S
Brite
KEGG Orthology (KO) [BR:abp00001]
 09100 Metabolism
  09102 Energy metabolism
   00920 Sulfur metabolism
    AGABI1DRAFT55063 (AGABI1DRAFT_55063)
Enzymes [BR:abp01000]
 1. Oxidoreductases
  1.8  Acting on a sulfur group of donors
   1.8.1  With NAD+ or NADP+ as acceptor
    1.8.1.2  assimilatory sulfite reductase (NADPH)
     AGABI1DRAFT55063 (AGABI1DRAFT_55063)
SSDB
Motif
Pfam: NIR_SIR NIR_SIR_ferr Flavodoxin_1 POR_N
Other DBs
NCBI-GeneID: 18830107
NCBI-ProteinID: XP_007327215
JGI: Agabi_varbur_1_55063
UniProt: K5XEX9
Position
Unknown
AA seq 1461 aa
MAVGQALAAVARIAYLTSDVVVDSHPPFPATSSFNPQFSSLIASCSSSPRLIPAPFGADP
GTIILRNSDNLTSFTATSNAQVLTRLVLHLAELSSKPVVFHIAVQDDLSDVLLLRSSVPY
FLLSSTAQQAHDNALLAARLARVERKAVVHAFYCSHEDGPLDVLSEADITSFLLAPRHSP
STTSSSSGHVTPPGANGSSDEGSENNQTAIGRNGHANGVSVIDDLTVAALFKAYQVVAAE
TLSHTRRPLRGLVARGSPEPQTVIIVVGKQDISVPVESVSFLHLGILSPIPPSQLLSVIP
ASVQRVIVLEQVYKWSTKWTPLYLEVVSALQHRSAEQRPTVLSGVLGDLSGVALPDILKL
IESTSSSSPLQLGTLPSASQKDLILTTPKHESSYTKALHHVFGDQLQVSNAPVLVPTQGQ
AATTPEFALGRVRGEIDARSDLVATVEDLLRSDGISSDLHNLLSKWLISKDDGGKSKVLA
KDIVASLESSTIDHPAAAKILSLKSHLPAVSRWIIGSDAWSYDLGASGLHHAIASGLKVN
ILIIDTLPFTSRNTADPHRRKQDVGLYAMNHGDVYVASVAVFSSYAQVLQAFVEADRFNG
PSVILAYLPHTSEDAPALQVLKESKLAVDAGYWPLYRWDPSKEREGKEPFSLDSDAIKND
LKQFLDRQNHLSQLVRPTPQIAAELVSNLGDSIREARKERAQKSYNDLLTSIDAPPLLIL
YASDSGIAEKKAKRLAGRAKARGLSVTIAILDSVPLESLAEEEYVAFITSTAGQGEPPQN
GRTFFKTLNAAALKGEKIFNKLKFTVFGMGDTHYWPRPEDAHYYNKPSKDLDARLEKLGG
ERIASLGLGDDQDADGPETGYKIWEPLLWKALGVDSVEVTEAEPEPITNEHIKAASLYLR
GTISEGLNDFTTGALAASDTQLTKFHGIYQQDDRDIRDERQAQNVEPAYSFMIRVRLPGG
VCTPEQWLQVDQIADEHGTGTFKITTRQTFQFHGVIKRHLKPAIQDINRVLLDTLAACGD
VNRNVVCSSIPSFSKLHAQVYDFAKSVSNHLIPRTTAYHEIWLDKKLVAGEALKDFEPYY
GEFYLPRKYKIAVAVPPTNDVDVFANDVGFIAIVNKKGELEGFNVAIGGGMGVTHGNKKT
YPRLASIIGFCTIEQGKFVAEKIMLVQRDNGNRVDRKNARLKYTIDRMGLDVYKAEVEKL
LGYTLQPPRPFTFDRNIDDFGWHVGQDGRHHFMMFIENGRIQNEPGRDFKTGLREIAKVH
KGAFRLTTNQHLMISDIPSEELETIKNILAKYKMDNLNYSGLRLSSSACVAFPTCGLAMA
ESERYLPLLIDKVEKMCEENGLRNDAIVMRMTGCPNGCARPYVAEVAFIGKAPGTYSMLL
GGGYHGQRLNKIYRESVTEPEILAILEPMIKHYAKSRLPEEHFGDFTLRAGYIAPTTEGK
AWYDRSGGEGVYRESTAIAAV
NT seq 4386 nt   +upstreamnt  +downstreamnt
atggctgtcggtcaagccttggccgccgttgcacgcattgcatacttgacttcagatgtc
gtagtcgattcccatcctcctttccctgcaacttcgtcatttaatccccaattctcttct
cttatcgcatcatgctctagctcacctcgtcttataccggctcccttcggtgcagatccc
ggtaccataattcttcgtaactctgacaatctcacgagttttacggcgacgtctaatgct
caggttctcacccgcctcgtcctccacctcgctgaactttcctccaaacccgtcgtcttc
cacattgctgttcaagatgatttgtctgatgtgctcctccttcgttcatcggtgccctac
ttcttgttatcttcaaccgctcaacaagcgcatgacaatgctcttttggccgcacggttg
gcacgggtggaacgaaaagcagtcgttcatgctttctactgttctcacgaagacgggccg
ttggatgtgctctcagaagctgatattacctccttcctccttgctcctaggcattccccg
tctacgacttcttcatctagtgggcatgtgacaccaccgggtgctaacggatctagtgat
gaaggcagcgaaaataaccaaacggcgattgggcgaaacggtcatgcaaatggtgtaagc
gtcattgacgatctaactgtggctgctctcttcaaggcttatcaagttgtggctgccgag
acgcttagtcatacaagacgtcctttgcgtggtttggttgcccgtggctctccagaaccg
caaacggtgataatcgtcgtcggaaaacaggatatttctgtcccagttgaaagcgtctcc
ttcctacatctgggtatactcagcccaattcctccatctcagctactgagtgtcatcccc
gcatctgttcaacgtgttatcgtgcttgaacaggtctataaatggtcgacgaaatggaca
cctttatacctcgaagttgtgagcgctctccaacaccgtagtgcggaacagcgtcctact
gttctgagcggtgtccttggtgaccttagtggtgttgctcttccagacatcctcaagcta
atcgaatccacatcctcctcttctccgcttcagctgggaacattgccctccgcttcacag
aaagacctcatactcaccacgcccaaacacgaatcttcttacaccaaggcccttcatcat
gtcttcggggatcagttacaggtttcaaacgcgcctgttcttgttcctacgcagggacag
gcggcgacaactcctgagttcgcccttgggcgtgttcgcggtgagatcgacgcgcgatct
gatcttgtggccacggtcgaagacctgctgcgcagtgacggcatcagttccgaccttcat
aacttgctaagcaaatggcttatttccaaggatgatggtggcaagagtaaggtgctcgcg
aaggacattgtagcttcgcttgagtcgtccaccattgatcaccctgccgcagctaaaatt
ctttccctcaaatctcatctaccggccgtttcgagatggatcataggttccgacgcgtgg
tcgtatgatcttggtgcctcaggactccatcacgccatcgcttctggtctgaaagtcaat
atccttattatcgatacattgccattcacctctcgtaataccgctgatccccaccgaaga
aagcaggatgtcggcctgtacgctatgaatcatggcgatgtctatgttgccagtgttgct
gtcttctcttcgtatgcccaggtcttacaggcatttgtggaggctgataggttcaacggg
ccaagtgtcattctggcataccttcctcatacgtcggaagatgctcctgctctccaggtt
ttgaaggaaagtaaattggcagttgatgccggatattggcctctttatcgctgggatccc
agcaaggagcgtgaagggaaagaaccgttttccttggactcagacgctatcaagaacgac
cttaaacagttccttgatcgccagaaccatctttcacagctcgttcgccccactcctcaa
attgccgccgagcttgttagcaacttgggagacagtattcgtgaagcaaggaaggagcgt
gcacaaaagtcttacaacgacttacttacttctatcgacgctcctccccttctgattttg
tacgcctctgattcagggatcgctgaaaagaaggccaaacgtcttgctggaagggctaaa
gcccgtggcctctcggttaccatcgccatcttggattccgttcctctcgaaagtctcgca
gaagaggaatacgttgcattcattacttccactgccggacagggagaacctcctcagaat
ggacgtacctttttcaagaccttgaatgcggctgctctcaagggtgaaaagatcttcaac
aaactcaagttcacggttttcggtatgggcgatactcactactggcctcgtcctgaagac
gctcattattacaacaagccatcaaaggacttggatgctcgtttggagaaacttggtgga
gagcgcatcgctagccttggactcggtgatgatcaggacgcagacggacctgagactggt
tacaaaatctgggagcctcttttgtggaaggcacttggggttgactctgttgaagtcacc
gaagcggagcctgagcccatcacgaatgagcacataaaggctgcatccctatatctgcgc
ggaacgatcagtgagggcctgaatgatttcactactggtgcccttgctgctagtgatacg
caattaaccaagttccatggaatctaccaacaagacgaccgcgatattcgcgatgagcga
caagcacaaaatgtcgagccggcttatagcttcatgattcgagtgcggttgcccggaggt
gtctgcactcctgagcagtggttgcaagtggaccagattgcggatgagcatggcactgga
acgttcaagatcacgacgcgtcaaactttccaatttcatggtgtaatcaagaggcatttg
aagcctgccatccaggatattaatcgcgttctattggatactcttgctgcttgcggtgat
gtcaacaggaacgttgtctgctcttcaattccctctttctccaagctccatgcccaggtg
tatgactttgctaagagcgtcagcaatcatcttattcctcgtacgactgcctatcacgag
atttggctcgacaagaagctcgttgctggcgaggctttgaaggactttgagccatactat
ggtgaattttacttacctcgcaagtacaaaatcgcagtggcggttccacccaccaatgat
gttgatgtcttcgcaaatgatgtcggcttcattgccatcgtaaacaagaagggtgaactt
gagggcttcaatgtcgctatcggtggtggtatgggcgtcactcatggaaacaagaaaact
tatcctcgtcttgcaagtatcatcggtttctgtacgattgagcagggtaaatttgtcgct
gaaaagatcatgttggtccagagggacaatgggaatcgtgtcgaccgtaagaacgcccga
ctcaaatacactatcgatcggatgggtctcgacgtctataaagccgaagttgagaaactt
cttggctacactcttcaacctccccgtccctttacctttgatcgcaacattgacgacttt
ggttggcatgtcggccaagatggcagacaccacttcatgatgttcatcgaaaacggccgc
atccaaaatgaacccggacgcgatttcaagactggactgcgtgagattgctaaagtgcac
aagggcgcgtttaggttgaccacgaatcaacatttgatgatttcggatatcccgtctgag
gaactggaaacgatcaagaatattttggcgaagtataagatggataatcttaattatagt
gggctgaggttgagttcttcggcttgtgtggcgttcccgacttgtgggctggcgatggcc
gagtctgagcggtatctcccattgttgatcgacaaggttgagaaaatgtgtgaagagaat
gggttacggaatgatgctattgtcatgcgcatgactggttgtccgaatggttgcgcacgt
ccctacgtcgcagaggtcgctttcattggaaaagcaccagggacatactctatgctcctc
ggtggcggttaccacggacaacgtctgaacaaaatctatcgtgaatcagtcacggaaccc
gaaatactcgccatcctcgaacccatgatcaaacattacgcgaaatcacgccttcctgaa
gaacatttcggtgatttcacgctccgtgctgggtatattgcgcctacgactgagggaaaa
gcgtggtatgatcgatcggggggtgaaggtgtttatcgtgaatctacagctattgctgct
gtataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (67)   

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