KEGG   Yamadazyma tenuis: CANTEDRAFT_95508
Entry
CANTEDRAFT_95508  CDS       T03099                                 
Name
(RefSeq) hypothetical protein
  KO
K00381  sulfite reductase (NADPH) hemoprotein beta-component [EC:1.8.1.2]
Organism
cten  Yamadazyma tenuis
Pathway
cten00920  Sulfur metabolism
cten01100  Metabolic pathways
Module
cten_M00176  Assimilatory sulfate reduction, sulfate => H2S
Brite
KEGG Orthology (KO) [BR:cten00001]
 09100 Metabolism
  09102 Energy metabolism
   00920 Sulfur metabolism
    CANTEDRAFT_95508
Enzymes [BR:cten01000]
 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)
     CANTEDRAFT_95508
SSDB
Motif
Pfam: NIR_SIR Flavodoxin_1 NIR_SIR_ferr POR_N
Other DBs
NCBI-GeneID: 18250509
NCBI-ProteinID: XP_006689255
JGI: Cante1_95508
UniProt: G3BFK8
Position
Unknown
AA seq 1426 aa
MSSAFEIISQIISPVDGQVFTTRPAKAVEASYSQYFKQSQVLIDANDPYLVINEYLQDID
REDSGKVTTVITSGKTLFQSLPLVSLQAFSQVPVVHHVELTNFDFSIITSLRDLQFPVLI
SQNTADLVANTSVAYRLAVGQSTSVFNFVVPFTPSKTVKSFPKVVLEESKEIDDILVAAE
VSPFRVLNSKATKNPKDVVVYLGLINADLVSAFSAKNALLVSINVYKPFYLGHLLSIVPA
SVETLTLVLQTTSASAHFSPLLLDFFQEYSTFQQLKNFTKIVSAYFGYSSNVVASVDNLL
TNTRSESPVQNLAFGKVDIELSTKAEKLRLDEAAAAVQNAYSLEEPYTKMLNQVAGAGLT
VLNEFNARSLGTESNPEFGFGKFLHYKQSLNQLVQQVYEAIESNSLKTLDNAKLIEYLSS
WLDLVKSPSPANHSELVANILNLLESDDSSDTAKQLLAQEHLFQLSSSWLIGSDAWSYDL
GASGVHSVIASGDNINMLIIDNEPFDDKKKVNGFRKKDVGLYAMNYGNCYVASVAIYSSY
TQVLQAFIEAEKFNGPSIVLAYLPFHSENENTLEILKETKRAVDSGYWPLYRYNPTLSGD
QTFKLDSSNLKNQLKDFLARENKLTLLAKKNPELSRNLAITATSESKLQQQKLAADSFNK
LLQGLSGPPLTIAFASDGGNAEAVAKKVHRQASGRGLKAVVLAMDDISVEDLPTETNIVF
VSSTSGQGEFPLNGKNFWEALKTSVDLDLSSVRFSVFGMGDSEYWPRKEDKHYYNKPGKD
LFAKLTLYGGQVLTDIGLGDDQDADGFNTGLNDWMPRLWTALGVDGADAVEEPKPLTNED
MKIGSDFLRGTIAPALKDTSTGAISAVDQQLTKFHGIYMQDDRDIREERKTQGMEPAYSF
MVRLRLPGGKSTPEQYLKMDELADVRGNGTIKLTTRATYQLHGIVKHNLKAAIRGMNSAL
LDTLAACGDVNRNVMVSALPHNAKIHGQVSEVGTLISEYLLPETTAYHEIWLEGEDEHDK
AGDRDVWETRKGGPKRKKTMVSGNALVDYEPLYGPTYLPRKFKIVITVPPYNDVDVYAHD
VGLIAIVEDNEVIGFNVLAGGGMGTTHNNKKTYPRTGSMLGYISKDKVHFVCEKIMLVQR
DFGDRTNRKHARLKYTIDDLGVDVFKGKVEELLGYKLEDPKPFEITSNVDYFGWCKDELG
YNHFTAFIENGRIEDTPQLPQKTGLKKVAEFLRGGRSGEFRLTGNQHILISNIEDQDLNH
VKALLAQYKLDNTDFSGLRLSSAACVAFPTCGLAMAESERYLPELVSKLEESLEDYGLRH
DSVVMRMTGCPNGCARPWVAEVALVGKAFGAYNLMLGGGHHGQRLNKIYRYSIKEDEILD
ILLPLFKRWSLERHENEPFGDFVIRIGVIKETTEGKYFHDDIPEEA
NT seq 4281 nt   +upstreamnt  +downstreamnt
atgtctagcgcatttgagatcatatctcagattatatctccagtggacggccaggtgttc
accacccggcccgcaaaggccgtggaagcatcctattctcagtactttaaacaatctcag
gtgttaatagatgcaaatgatccatatcttgttataaacgaatacttacaagatatcgac
cgtgaagactccggaaaggtaaccactgtcatcacatctggaaagaccctcttccagagt
ttacccctcgtgtccttgcaagcgttttctcaggttccggttgttcatcatgtggaatta
accaactttgacttctccatcataacttctttaagagacttgcagttcccggtgttgata
tcacaaaacaccgctgacttggtcgctaacaccagcgtggcgtaccgtttggcagtgggc
cagtcaacgtcggtgttcaactttgtggtacctttcactccctccaagactgtgaaatcg
ttccccaaagtggtattggaagaatccaaagaaatcgacgatattctcgtggcagctgag
gtgctgcctttccgggtattgaattccaaggccaccaagaaccccaaagacgtggtggtc
tacttgggtctcatcaacgccgatttggtgtctgcgttttctgctaaaaacgctttattg
gtctccatcaacgtgtataagccattttacctcggtcacctattgtcgatagtccctgca
tccgtcgagaccttgacattggtgttgcaaacaacgtcggcatcagcacacttttctcca
ctcttgttggattttttccaagagtactcaaccttccaacagttaaagaacttcaccaaa
atcgtgtcggcgtactttggctacagctcgaacgtggttgccagtgttgacaacttgttg
accaacacccgttctgagtcaccggtgcagaaccttgcctttggtaaggttgacattgaa
ttgtccaccaaggctgagaaactcagactcgatgaggctgcggctgctgtacaaaatgcc
tattctttggaagagccatacacaaagatgttgaaccaggtggcaggtgcgggcttgacg
gtgttgaacgagttcaatgcccgatcacttggaactgagtccaacccagagtttggcttt
ggtaaattcttgcactataagcagagtctcaaccagcttgtgcaacaggtgtacgaggcc
atcgagagcaacagcttgaagacgcttgacaatgcaaagttgatcgagtacttatccagt
tggttggatttggtcaaatccccaagtcccgcaaaccactccgaattggttgcaaatatc
ttgaacctattggagtcagacgattccagtgacaccgcaaagcaattattggcacaggaa
caccttttccagttgtcgtcgagttggttgatcggctctgatgcctggtcctatgatttg
ggtgcttcgggagttcatagtgtgattgcctcgggggacaatattaacatgttgatcatc
gacaatgagccttttgacgataagaaaaaggtgaacgggttccgcaaaaaggatgtgggt
ttgtacgccatgaactatggcaactgttacgtggcatcggtggccatctactcttcttac
actcaggtgttgcaagcattcatcgaggccgagaagtttaacggtccgtcgattgttttg
gcctatttacccttccactcagaaaacgagaacaccctagagattttaaaggaaaccaag
agagctgttgactccggttactggccattgtacagatataacccaactttatcaggtgac
caaacgttcaagttggactcttctaacttgaagaaccagttgaaggactttttggccagg
gaaaacaagttgacgttattggccaagaagaaccctgaattgtcgagaaacttggccatc
acggccacttcggaatccaaattacagcagcagaaattggcagccgactccttcaacaag
ttattgcaaggattgtcaggacccccattgaccattgcatttgcttctgatggtggaaat
gccgaggccgttgccaaaaaggtgcacaggcaagcttctggaagaggcttaaaggcggtg
gttttggccatggatgacatttcggttgaagacttacccaccgaaactaacattgtgttt
gtttcctccacatctggtcaaggtgaattccccttgaacggtaagaacttctgggaagcc
ttgaagacgtcggtggacttggacttatcttctgttcggttttctgtgtttggtatggga
gactctgaatattggcccagaaaggaagacaagcactattacaacaagcctggtaaagac
ttgtttgctaagttgaccttgtatggaggccaagtgttgactgacatcggcttgggagat
gatcaagatgcagatggttttaacaccggcttgaacgactggatgcctcggttatggaca
gccttgggagtcgacggggccgatgcggttgaagaaccaaagcctttaaccaacgaagac
atgaagatcgggtcagacttcttgagaggtaccattgcacctgcgttgaaggacacttct
actggagccatcagtgctgtggaccaacaattgaccaagttccacgggatctacatgcaa
gatgaccgtgatattagagaagaacgtaagactcaaggtatggaacccgcctattcgttt
atggttagattgagattgccaggaggaaagtctactcctgaacagtacttaaaaatggat
gagttggcagacgttagaggtaatggaaccattaaattgaccactagagccacttaccag
ttgcacggaatagtcaagcacaacttgaaggctgcaatcagagggatgaactcggcgtta
ttggacaccttggctgcttgtggagatgtgaacagaaacgtcatggtgagtgcgttgcct
cacaatgccaagattcacggtcaagtcagtgaagtgggaaccttgatctccgagtacttg
ttacccgaaaccactgcctatcacgagatttggttggaaggtgaagacgaacacgacaag
gctggggacagagatgtttgggaaaccagaaaaggaggtcctaaacggaagaaaaccatg
gtttctggtaacgctttggtcgactacgaacccttgtatggtccaacatatttgcccaga
aagttcaagattgtcatcactgttcccccatataacgacgtggatgtgtacgcccacgat
gtgggtttgattgcaattgtcgaagacaacgaagtgattggtttcaacgtgttggccggt
ggaggtatgggaaccacccacaacaataagaaaacataccctagaaccgggtcgatgttg
ggttacatttccaaggataaggtacattttgtgtgtgagaagattatgttggtacaaaga
gactttggtgacagaaccaacagaaagcatgctagattgaagtacaccattgatgatttg
ggagtcgatgtgttcaagggcaaggtggaagagttgttaggatacaaacttgaagacccc
aaaccatttgaaattacttccaatgtggactattttggatggtgtaaggatgaattggga
tacaaccattttaccgcattcatcgaaaatggtagaatcgaagatactcctcaattacca
caaaaaaccggtttgaagaaagtcgccgagttcttacgtggaggtcggtctggagagttc
agattaactggtaaccagcatatattaatctccaacattgaagatcaagatttgaaccac
gttaaagcattattggcccagtacaagttggacaacaccgatttttctgggttaagatta
tcttctgctgcatgtgtagcattcccaacatgtgggttggccatggctgaaagtgaaagg
tacttgccagaacttgtctctaagttggaggaatctttagaagattacggcttgagacat
gattcggtggtgatgagaatgactggatgtcctaatgggtgtgccaggccatgggtggca
gaagtggcgttggttggtaaagcttttggagcctacaacttgatgttgggaggtggacat
catgggcagagattgaataagatttatcggtactcgataaaggaggatgagatcttggac
attttgttgccattatttaagagatggagtttagaaagacacgagaacgagccatttggt
gactttgtgatccggatcggtgtcatcaaggagactacagagggtaagtatttccatgat
gacattcctgaagaagcttag

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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 (5)   
   KEGG ORTHOLOGY (1)   
   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 (26)   

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