KEGG   Kluyveromyces marxianus: KLMA_40494
Entry
KLMA_40494        CDS       T05269                                 
Symbol
MET5
Name
(RefSeq) sulfite reductase [NADPH] subunit beta
  KO
K00381  sulfite reductase (NADPH) hemoprotein beta-component [EC:1.8.1.2]
Organism
kmx  Kluyveromyces marxianus
Pathway
kmx00920  Sulfur metabolism
kmx01100  Metabolic pathways
Module
kmx_M00176  Assimilatory sulfate reduction, sulfate => H2S
Brite
KEGG Orthology (KO) [BR:kmx00001]
 09100 Metabolism
  09102 Energy metabolism
   00920 Sulfur metabolism
    KLMA_40494 (MET5)
Enzymes [BR:kmx01000]
 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)
     KLMA_40494 (MET5)
SSDB
Motif
Pfam: NIR_SIR Flavodoxin_1 NIR_SIR_ferr
Other DBs
NCBI-GeneID: 34716480
NCBI-ProteinID: XP_022676339
Position
4:1121089..1125375
AA seq 1428 aa
MTSYTLAQILAQASSSVASKNNIFYTTPSKAATSSIASELAGSGAVRLLSGNDPFATVSE
TASKDQFTTVFTDDSTLLKALPYLFQLKSLPVVINVELTLQDFSVIPALKDLGFVSLVSN
NFVDAKAAAEVSYNIAGKLLQPVLHYISIPYQSEGSAELSLPNVEIVQEVEDKIEDLLTV
NKFEFYSHDKEPTTAIVNLSPYAQEFFKVLPKDTAVLDLKVYRPFDLSSLFAELPASVKD
IVIVQKSNRKPENTNGFEPIQLDFFSDFNLLVEKKINQIIVTNVGDVSDFEKTLQQIVSN
VKSSSPDLSLYLGTPSESESNRDLSVSIAGALSLESAYEKVLKELFKSNLEVLNEYDHET
INVSSPEYGFGKFLKLKEERQRLIALAEKSLDASSYTSADGQKIVELLDQWINYNKTSLD
EASIENGNKVAEELYELLRSNDHSTTALSLLKRIDDVEKLKFRSSWLVGSDAWSYDLGQS
GVHHVLASNENINVLIIDSDPYDKIRELAPKSRKKDVGLYAMNFGNAYVASVAVYSSYTQ
LLTAFVEAAKFVGPSIVLAYLPYNSENDTPLEVLKETKIGVESGYWPLYRFNPKDEKEEE
VFKLDSSVIRKQLQDFLDRENKLTLLAKKSPEFARNLEQSSSTVIQQKQERRAKAAFDQL
LEGLSGPPLHVYYASDGGNAANLAKRLATRAASRGLKSTVLSMEDIVLEELPGEENVIFI
TSTAGQGEFPQDGKAFWDSLKSSTDIDLASLNFSVFGLGDSQYWPRKEDAHYYNKPAKDL
FKRLELLSGNALVPLGLGDDQDADGYQTGYSAWESQLWEKLGVSNAVVPDEPKPITNEDI
KIASNFLRGTIVEGLQDDSTGAISASDQQLTKFHGIYMQDDRDIRETRKSQGLEPYYIFM
SRVRLPGGKASPDQWLVLDHLADKTGNGTVKITTRATFQLHGVVKRNLKHTIRAMNSTLM
DTLAACGDVNRNVMISALPANAKVHKQIAEVGSAISQRFLPETTAYHEIWLEGPDKDDED
PSWPEVFEKRPDGPKKKKTLVAGNALVDAEPVYGPTYLPRKFKINIAVPPFNDVDVWSSD
VGLVAIVNESDILTGFNLYVGGGMGSTHNNKKTYPRTGSCFGFVSVADVGDAIEKVMIVQ
RDHGDRSNRKHARLKYTIDDLTVEVYKQKVEELWGKKFDPAAPFEIKSNIDYFGWVKDET
GLNHFTAFIENGRVEDSVELPQKTGFKKIAELMKKDGFGHFRLTGNQHVLICDVDDGHLE
EVKKIMNKYKLDNTNFSGLRLSSAACVALPTCGLAMAESERYLPVLITKLENALEEYGLR
HDSIVMRMTGCPNGCARPWLAEVALVGKAPGTYNLLLGGGYYGQRLNKLYRASIKEEEIL
ATLKPLFKRWSLERNEGEHFGDFVIRVGIIKPTLEGKYFHDDIPEEAL
NT seq 4287 nt   +upstreamnt  +downstreamnt
atgacgagttatactttggcacaaatcttggcccaagcttcgagcagcgtggcatccaag
aataatattttctatactaccccatcaaaggccgctacatccagtattgcctcagaattg
gccggatcgggcgcagttagattgctaagtggcaatgatccatttgctacagtatcagaa
acggcctccaaggatcaattcacgacagttttcacagatgactcaactttgctaaaggcc
ttaccatatttgttccaactaaagagccttcctgttgtcatcaacgttgagttgaccttg
caagacttctctgttattcctgcattgaaagatctgggattcgtctctctggtttctaat
aactttgttgatgccaaagcagccgcagaagtctcttataacatcgcaggaaaactcttg
caaccagtactacattatatcagcatcccttaccaaagcgaaggttccgctgaattaagc
cttccaaatgtagagatagtgcaggaagttgaagacaaaatagaagacttgttaaccgta
aacaagtttgaattttacagtcatgacaaagaaccaaccactgcgattgtcaatttgtcc
ccttacgcccaagaatttttcaaagtgctcccaaaggacaccgcagtattggatttgaag
gtttataggccatttgatctttcttctctattcgcagaactaccagcttcagtaaaggat
atagtgattgtccaaaagtccaatagaaaacctgagaacacaaatggtttcgaaccaatc
caacttgatttcttctctgatttcaatcttttagttgaaaagaagataaatcaaattatc
gtaacaaacgttggggacgttagcgacttcgagaagaccctgcaacaaatcgtgtccaat
gttaaatcatcatctccagatctatctctataccttggaacaccgagtgaatcggaatca
aatcgcgatttatctgtatctattgcaggtgcgctctctttggaatctgcgtatgaaaag
gtgttgaaagagctcttcaagtctaatttggaagtgctaaacgagtatgatcatgaaacc
atcaacgtttctagtcccgaatatggtttcggtaagtttttgaaactaaaagaagaacgt
caaaggttaatcgctttggccgaaaagtctttggatgcatcttcttatacttctgcagat
ggtcaaaagattgttgaacttcttgatcaatggataaactacaataagacatctctagat
gaagcatccattgagaatggaaataaggttgctgaggaattatacgaactcttgcgctca
aatgaccactcaacaacggctttatcattgctaaagagaattgacgatgttgagaaacta
aagttcagatcatcttggttagtcggatcagacgcctggtcgtatgatctaggtcaatct
ggtgtccatcatgttcttgcttccaatgaaaatatcaatgtccttatcattgattccgac
ccttacgataagattagagaactggcgccaaagtccagaaagaaggatgttggtttgtac
gcgatgaattttggtaacgcctatgtggcttctgttgctgtctactcttcatacacccaa
ctcttaacagctttcgtggaggctgctaaatttgtcggtccttctatcgttttggcgtac
ttgccatataattctgaaaatgataccccattggaagttttgaaggaaactaaaattggt
gttgaaagtggttattggccattgtacagatttaatccaaaggacgaaaaagaggaagaa
gttttcaagttagattcatctgtcatcagaaagcaactgcaagacttccttgatcgtgag
aataagctaacacttttagccaaaaagtctcctgagttcgctagaaacttagaacaatcg
tcatctactgtaattcaacaaaagcaggagcgtagagcaaaggccgcttttgaccaactt
ctagaaggtttgtcaggtcctcctttgcatgtatactatgcttcagatggtggaaatgca
gctaatttagccaagagattagcaacaagggctgcttctagaggcttgaaaagtaccgtt
ttgtctatggaagatattgtcttagaagaacttccaggtgaagaaaacgttatatttatc
acctccacagccggtcagggtgaattcccacaagatggtaaggcattctgggactcattg
aaatcttctactgatattgatttagcatcactaaacttctccgtgtttggtttaggtgat
tctcaatactggccacgtaaggaagatgcccattattacaacaaacctgctaaggactta
ttcaagagattagaacttctttctggtaatgcacttgtccctcttggcctaggtgatgat
caagatgccgatggataccaaactgggtacagcgcatgggaatcacaattatgggaaaag
cttggtgtttctaatgcagtcgttcctgatgaaccaaaacctataactaatgaagatatc
aaaattgcatcaaactttttgagaggtacaattgttgaaggcttacaagacgattctacg
ggtgctatatctgcttcagaccaacaactaacaaagttccacggtatttacatgcaagac
gatcgtgacatcagagagaccaggaaaagtcaaggccttgaaccttactacattttcatg
tccagagttagattgcctggtggtaaagccagtccagaccaatggctggttttggatcat
cttgctgataaaaccggtaatggaactgttaagatcaccacaagagctacctttcagttg
catggtgttgtgaaacgcaacttaaagcatactatcagagccatgaattccactttgatg
gatacattggcagcttgtggtgatgtgaacagaaatgtcatgatatctgccctccctgca
aatgctaaggttcataagcaaattgccgaagtcggtagtgcaatctctcaacgtttcctt
cctgaaactactgcctatcatgagatttggttggagggtccagacaaagatgatgaggat
ccttcctggcctgaagtatttgagaaaagacctgatggccctaaaaagaagaagactctt
gttgcaggtaacgcattagtagatgcagaaccagtctacggaccaacatacttgccaaga
aagttcaaaatcaatattgcagttccacctttcaatgatgttgatgtctggtctagtgat
gtaggtttggttgctatagtaaacgagtcggatattttgaccggttttaatctgtatgtt
ggtggtggtatgggttctactcacaataacaagaaaacatacccaagaactggttcttgt
ttcggttttgtttcggttgcagatgttggcgatgctattgaaaaggttatgattgtccaa
agagaccatggtgaccgttctaatcgtaaacacgctcgtttaaagtacactatcgacgac
ttgacagttgaagtctataaacaaaaggtggaagagttgtggggtaagaaattcgatcca
gcagctccattcgaaatcaagtccaacattgactactttggatgggttaaagacgagact
ggtttaaaccatttcacagcatttattgagaatggtagagtggaagatagtgtggaatta
ccccaaaagactggtttcaaaaagattgccgaactaatgaagaaggatgggttcggtcat
ttcagactaactggtaaccaacatgttctgatttgtgatgttgatgatggacacttagag
gaagtgaaaaagattatgaacaaatataaattagacaatactaacttcagtggtttgagg
ctatcgtcggccgcatgtgttgctctaccaacatgtggattagctatggcagaatcagaa
cgttatttgccagttttgatcacaaaattggaaaatgcattagaagagtatgggttacgt
cacgattctattgtgatgagaatgactggttgtccaaatggttgtgctcgtccttggtta
gccgaggttgcactggtcggtaaagcaccaggaacctataacctcctactcggtggtggt
tactatggtcaaagattaaacaagttgtatagagcttctattaaagaagaagaaattctt
gcaacattgaagccactattcaagagatggtcattagaaagaaacgaaggtgaacatttc
ggtgactttgtcatcagggttggaattatcaagccaacattggaaggaaaatacttccat
gacgatataccagaagaagcgctttag

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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