KEGG   Lachancea thermotolerans: KLTH0D17512g
Entry
KLTH0D17512g      CDS       T01117                                 
Name
(RefSeq) KLTH0D17512p
  KO
K00381  sulfite reductase (NADPH) hemoprotein beta-component [EC:1.8.1.2]
Organism
lth  Lachancea thermotolerans
Pathway
lth00920  Sulfur metabolism
lth01100  Metabolic pathways
Module
lth_M00176  Assimilatory sulfate reduction, sulfate => H2S
Brite
KEGG Orthology (KO) [BR:lth00001]
 09100 Metabolism
  09102 Energy metabolism
   00920 Sulfur metabolism
    KLTH0D17512g
Enzymes [BR:lth01000]
 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)
     KLTH0D17512g
SSDB
Motif
Pfam: NIR_SIR Flavodoxin_1 NIR_SIR_ferr
Other DBs
NCBI-GeneID: 8295717
NCBI-ProteinID: XP_002553467
UniProt: C5DFS4
Position
D:1457372..1461661
AA seq 1429 aa
MAKLTPAKFLADLSAASESSIYYTTEAKSISSGFSSALGGSDNLPGTQLLKSADPFATVV
EGLTKERITTVFTDEATLLSALPHLYSLKGYPVVVNIELALNEYSAAPLLKDLSYVTLIS
NTSDNLSRHAVAATRIASETLQPVLHFVNLACVGEIAPVKLTPFEVAQEPSEGDAVYETL
KKSSYHCSAESPSTLIINLSPYGESFVRELPSNAALIDIQVYRPWNFNEFFEQVPTSVQN
IAIIQRTNNPLSPSGFEPILLDFFADFNLLVERGIQQLIVTNIGELKETARALQEVVQNV
TSTNPDHALFIGQSASNTAEVEHLQSSIQKVFSLEDAYLKVLKQLFSDNLQILNNYSDSS
INASSPEYGYGLFVSQEKKRQELVSIVRKSLDTASFNSSEGVKIVELLSKWLRFNEQPLK
EASLEEANKVAVELYDLLERNQDSRNALNILENAKSVESFKFTSSWLIGSDAWSYDLGSS
GVHHVLASKKDINVLLIDSEPHEQVKNSTSKLRKKDVGLYAMNFGEAYVASVAVYSSYTQ
LLTSLIEASKFKGPSIVLAYLPYSSENSSPLEVLKETKSAVESGYWPLYRYDPREDDPED
AFKLESSVIKRQLQQFLERENKLSLLTKKNPDLARNLKQSASGGIEAKQQRRAKAAYEAL
LEGLSGPPLHIYYASDGGNAANLAKRLATRAAARGLKASALSMDDIDFETFPDEENVIFV
TSTAGQGEFPQDGKAFWDTLKASLDIDLASLNFSVFGLGDSLYWPRKEDKHYYNKPSKDL
YAKLELLSAKPLVPLGLGDDQDADGYQTGYKEWEVRLWEALGVSGAAVPDEPKPITNEDI
KIESNFLRGTIVEGLADDSTGAISASDQQLTKFHGIYMQDDRDIRDTRKAQGLEPYYIFM
SRIRLPGGKATPEQWLVLDHLADKTGNGTVKVTTRATFQLHGVVKRNLKHTIRAMNSTLM
DTLAACGDVNRNVMLSALPVNAKVHKQVSDISAKISEHLLPQTTAYHEIWLEGADEKDES
PNWPSIFENRQEGPIKKKTLVSGNALVDQEPLYGPTYLPRKFKVNVTVPPFNDVDVWSSD
VGLIAIVDEKTQVVKGFNLYVGGGMGTTHNNKKTYPRTGSSFGFVKAEDVHIAIEKVMIV
QRDNGDRQNRKHARLKYTIDDMGVEVYKQKVEELWGKKFEPEQPYEIKSNIDYFGWVRDE
TGMNHFTIFIENGRIEDTVDLPQKTGLKKVALHMQKTNSGHFRLTGNQHVVISDIKDENL
EDIKLLLKKYKLDNTSFSGLRLSSAACVALPTCGLAMAESERYLPVLIAKLEDALEQYGL
RHDSIVMRMTGCPNGCARPWLAEVACVGKAPGTYNLMLGGGYYGQRLNKLYRASIKEEEI
LGILKPLFKKWSLERGEGEHFGDYLIRTGVIKPTLEGKYFHDDVSEDAL
NT seq 4290 nt   +upstreamnt  +downstreamnt
atggctaagttaacccctgctaaatttctggcagacctatctgccgccagcgagagctct
atttattacacaacagaggccaagtccatcagctctggattctccagtgccttgggtggt
tcagacaatctcccaggcacgcagctattgaagtcagccgatccttttgcgactgtcgtg
gaaggcctaaccaaggaacgcatcactactgtctttactgacgaagctacactcctcagc
gcactcccccacttgtattcgctgaaaggctatccagttgtggtcaatattgaactggcg
ctcaacgagtactctgcggctcctcttctcaaagatctatcgtacgtgacattaatctct
aacacgagtgataacctctccaggcatgctgtggctgccactaggatcgcttccgagacc
ttgcagcctgtacttcattttgtgaacttagcatgtgtcggagagatagctcctgttaaa
ttaaccccattcgaagtggcgcaagagccatctgaaggagacgccgtatacgaaacactc
aaaaagtcatcgtatcactgcagcgctgagtcaccctccactctaattatcaacctctca
ccttatggtgagagttttgttcgagaattgccctcgaacgctgccttaattgacatacag
gtttacagaccttggaatttcaacgagtttttcgagcaggtgcctacctcagttcaaaat
attgcaattattcaaagaaccaacaaccctctatcacctagcgggttcgagcctatcttg
ctcgatttctttgcagacttcaacttactagttgaaagaggtatccaacaactgattgta
accaatattggtgagttgaaagaaactgctcgtgctttgcaagaggtggtacagaatgtt
accagtacaaacccagaccacgctctcttcatcggccaaagcgcctcaaatactgccgag
gttgagcacctgcagtcttctattcaaaaggttttctccctggaagatgcgtatctcaag
gtcctgaaacaacttttctcggataatcttcagattctgaacaactacagcgattcaagt
atcaacgcttcaagcccagaatacggctatggtctttttgtgagccaagaaaagaagaga
caagagctggtatccattgtccgcaaatccttggacacagcttcttttaatagctccgag
ggggtgaaaatcgtggaactgctttctaagtggctgcgcttcaatgagcaacctttgaag
gaagcttctctggaagaagccaacaaagttgctgttgaattgtacgacctcctagagcgg
aatcaagactccagaaatgccctaaacattttggaaaatgcgaaatccgtcgaaagcttt
aaattcacgtcatcgtggctaattggatccgatgcctggtcatatgacttgggaagctca
ggcgtccatcacgtattggcgtccaaaaaagatataaacgtgttactaatcgactcagaa
cctcatgagcaggtcaaaaattctacttcgaaattgagaaaaaaggatgttggtctctat
gctatgaattttggcgaagcttatgttgcgtcggtagccgtatactcttcctacacgcag
ctgttgacatctcttatagaggcttctaaatttaagggtccttctattgtactggcatat
cttccttattcatcagagaatagttctccattggaagttttgaaagagacaaagagcgca
gttgagtcaggatattggcctctttacagatacgaccctagggaagatgacccagaggac
gctttcaagttagaatcatctgtcataaaaagacaactccaacaattcctcgaaagagag
aacaagttaagccttttgacaaaaaaaaaccctgacctcgctaggaatttgaaacaatcc
gcgagtggtggaattgaggccaaacaacaaagaagagcgaaggctgcatatgaagcactg
ttggaagggctatctggacctcctctgcacatctactacgcttcggacggcggaaatgct
gctaatctcgctaagagactcgcaacgagagcagctgctagaggcttaaaagcttcagct
ctatcaatggacgatatcgactttgaaactttcccagacgaggagaatgtgatatttgtc
acctctaccgctggccaaggtgaattccctcaagatggaaaagctttttgggatacgtta
aaagcttctctggatatcgacttggcttctctaaacttttctgtttttggcctaggtgac
tctctctactggccacgaaaggaggacaagcattactataacaagccttctaaagacctt
tatgccaagcttgaattactttcagccaaacctctggttcctttgggcctaggcgacgat
caggacgctgacggttaccaaactggctacaaggaatgggaagtcagactttgggaggca
ttgggcgtatctggcgcagccgttccagatgaaccaaagccgatcactaacgaagatatc
aaaatcgagtccaacttcttgagaggaactattgtggaggggttggctgacgactcaact
ggcgcgatatctgcgtctgatcaacagctaacaaaattccatggtatttacatgcaagat
gatcgtgatattagagatacaagaaaggcccaagggttggaaccctactatatttttatg
agcagaataagacttcccggagggaaggctactcctgaacagtggcttgttctcgaccat
ctcgcagacaagaccggcaatggcaccgtaaaagtgactacaagggcaaccttccaactt
catggtgtagttaagagaaatttaaaacacactattagggctatgaactctactctcatg
gatacattggctgcatgcggtgatgtgaatagaaatgtcatgctttcggctcttcctgtg
aatgccaaggttcacaaacaagtttctgatatctcggctaaaatttccgagcatttgcta
ccgcagactactgcgtaccatgaaatctggctggaaggtgctgatgagaaagatgaaagc
ccaaattggccttctatttttgaaaatagacaggaaggtccaataaagaagaaaacgctc
gttagtgggaacgcgctcgttgaccaagagcccttatatgggccaacatatctacccaga
aagttcaaagtcaatgtgacggttccgcctttcaatgatgtcgatgtttggtcgagcgac
gtgggactaatcgctatcgttgacgaaaaaactcaggttgttaaaggttttaacttatac
gttggtggcggtatgggtaccacccataacaacaaaaagacatacccaaggactggatct
tcttttggcttcgtgaaagccgaagacgttcacatagccattgaaaaagtgatgattgtt
caaagggataacggtgatcgtcaaaaccgtaaacacgcacgtttaaagtatacaattgat
gacatgggtgttgaagtttacaaacaaaaggttgaggagctctggggcaaaaagtttgag
ccagaacagccctatgagatcaagtctaacattgattactttggctgggttagggatgag
actgggatgaaccactttaccatctttatcgaaaatggaaggatcgaggacactgttgat
ttgcctcaaaagaccggtttgaaaaaggtggcattacacatgcaaaagaccaacagcggc
cacttccgtttaacaggaaatcagcacgttgttataagcgatattaaggatgagaatctt
gaggatataaagcttttactcaagaagtacaagctcgacaacacttcatttagtggctta
aggctttcttccgcggcgtgtgttgctctgccaacgtgcggtcttgccatggcagagtcc
gagcgttacctccccgttttgattgctaaactcgaagacgctttagagcagtatggattg
cgccatgattctatcgtgatgagaatgacagggtgtcctaacggatgcgctcgtccatgg
ctagctgaggttgcttgcgttggtaaagccccaggaacgtacaacctaatgctgggtggc
ggttattatgggcaaagactaaacaagctttacagagcctctatcaaggaagaagaaata
ttgggaattttgaaacctttattcaagaaatggtctctagagagaggggaaggcgaacac
tttggagattatttgattagaacaggcgttatcaaacccactctggaaggcaagtatttc
cacgatgatgtctccgaagatgctctgtag

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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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (24)   

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