KEGG   Flexistipes sinusarabici: Flexsi_0741
Entry
Flexsi_0741       CDS       T01539                                 
Name
(GenBank) Soluble ligand binding domain protein
  KO
K01991  polysaccharide biosynthesis/export protein
Organism
fsi  Flexistipes sinusarabici
Pathway
fsi02020  Two-component system
Brite
KEGG Orthology (KO) [BR:fsi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    Flexsi_0741
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:fsi02000]
    Flexsi_0741
Transporters [BR:fsi02000]
 Other transporters
  Pores ion channels [TC:1]
   Flexsi_0741
SSDB
Motif
Pfam: SLBB Poly_export ThiS DUF2254
Other DBs
NCBI-ProteinID: AEI14412
UniProt: F8E459
Position
765928..768900
AA seq 990 aa
MKKLILTLICSFAFIFLLNGVSYSIDKQNIPADVIQKAKENPELAKEMHKKQQEQNQEKD
DDDKDKNLSIDKSISPGQSTTPNKQAEKAPGKVDAGVSANFKKIIKQENFNFNNLKLFGA
SIFSGAGGTIPDQNVMVSGDYVIGPSDSIVVYLWGRISATINMTVNPDGSVYSDRFGKIY
VAGKKFKEVREIFEGIISGMEGVKGDVSIGKLRTKRVMVLGEVENPGFQTLSSLSTIATA
ISFAGGVNKNANIRNVKLKRNGKVIKEVDYYDLALYGKTFNDTYLQANDVIFVPDSNKQV
FVAGEVNRDAIYELKKGETLGDVLKMAGGVKPTAFGSRIKVKRFVNNNTTKIIDVSLKNA
ENIKLKDGDQISVIPITTPEENVVYLKGNVYFPGSYAIGTDTNVSDIIGSKENLKPNTAT
SYAFIRRLHGVGKETKVISFKLEEALENPKSKENIDLKSGDEIYVLNIADITPKKVAEIT
GEVVKPGIYSIEDNVTLKDIINKAGGFNFQADRSLVEIIRKVEGKFITKFTNFKENKNFS
VKPDDQIIVHSIYEKNPKKYVEITGEVKQPGSYLLTKNMTIEDLIIKAGGLTRMAYPKIA
SLQRFDKLLTVNLFSVINSDKSVALKDKDRVYIYNWENFEPLRTVQIVGGVNEPGKYQYS
TDMMLKDLIFLAGNLTDKAYLKRAEIVRMKVVEGEVSHKIYNVNLSKIMMDNGSFRLEPY
DTVKIRDIRDFNESKTVVIKGEVKFPGEYVIRDNEKLYDVIMRAGGVTQKAFMEGLVFKR
DSVKEIQKENLLRLRDRLQSTLASVSSQEIASSLDKADIAAQKSLQSNLQRLINRLGNAE
PEGRIVVDIDSVKDLKDSKYNVTLEDGDEIVVPQKPNTVNVVGEVYNPSSYIYTGENTTV
KDYLDKSGGITDLSSEKNIYVVRADGSIVSNNYVQENYWWKNIYSVQVNVGDTIVVPRKL
RFPSYMKNAKDITQILYQSAATLGITMAAF
NT seq 2973 nt   +upstreamnt  +downstreamnt
atgaaaaagcttattcttactcttatatgttcttttgcatttatatttttattaaatggt
gtttcttacagtattgataagcaaaatattccggctgatgtgatacagaaagccaaggag
aatcctgagctggcaaaagaaatgcataagaaacagcaggaacaaaatcaggaaaaagac
gatgatgataaagataaaaatttaagcatagataaatctatttctccaggacaatccaca
acccctaacaaacaagcggaaaaagctccgggtaaagtggacgccggagtttcagcaaat
tttaaaaaaataataaaacaagaaaactttaatttcaataatctgaaactgttcggggct
tcgattttttctggagccggaggaacaattcctgaccaaaatgttatggtcagtggtgat
tatgttataggaccatcagactcaatagtagtttatttatggggtagaataagcgccacc
atcaatatgaccgtaaatcctgacggttctgtctacagtgacaggtttggtaaaatttat
gtggctggtaaaaaatttaaagaagtcagagagatatttgaaggtatcatatcaggtatg
gaaggtgtaaaaggagatgtttcaataggtaagctgagaacaaaaagggtaatggttctt
ggggaggttgaaaatccgggttttcaaacgctaagcagtttatccactattgctacggca
atttcatttgcaggcggtgtcaataaaaatgcaaatatcagaaatgtaaaattaaaaaga
aatggaaaagtgattaaagaggtagattactacgacttggctttatatggaaaaacattt
aatgacacatatttgcaggcaaatgatgtaatatttgttcctgatagtaacaaacaggtg
tttgttgccggcgaagtaaacagggatgccatttacgagcttaagaaaggagaaacgctt
ggtgatgttctgaagatggctggaggtgttaaacctacggctttcgggagcaggataaag
gtgaagcgttttgtaaataataatactactaaaataattgatgtttctttgaaaaatgct
gaaaatattaaattgaaagatggcgaccagatttcagtaattcctataaccacgcctgaa
gaaaatgttgtttatttgaaaggtaacgtttattttcctggatcatatgccattggtaca
gatacaaatgtatccgacattattggatcgaaagagaatctgaagcctaatactgctacc
tcttatgcatttatcaggcgcttacatggagttggcaaggaaacgaaggttatatcgttt
aaattggaagaggctttagaaaatccaaaaagtaaagagaatatagatttaaaaagcggt
gacgaaatatacgtactgaacatagcggatataacccctaaaaaggttgcggaaattaca
ggcgaggtagtaaaacctggaatttattcaattgaggataatgtcactcttaaagatatt
ataaataaagcaggtggatttaattttcaggcggacagaagtcttgtggagattataaga
aaagttgaaggcaagtttattactaagtttaccaattttaaagaaaataaaaacttttct
gttaaacctgatgatcaaattattgttcattcaatctatgagaagaaccccaaaaaatat
gtggaaattacaggggaagtaaagcaacctggctcttatcttttaacaaagaatatgaca
attgaggatttgataataaaagcaggtggtttgactcgaatggcatatcctaagattgcc
agtctgcagcgatttgataaactgcttacggtaaatctttttagtgttattaattctgat
aaatctgtagctcttaaggataaggacagggtttatatttataattgggaaaattttgaa
ccgctgagaactgttcagatagtaggcggtgttaatgagccgggtaaatatcaatattca
acagatatgatgcttaaagatttgatatttttagcgggtaatttaacagacaaagcttat
ctgaaacgggctgaaattgttagaatgaaagttgtagaaggggaagtgtctcataagatt
tataatgtgaatttgagtaaaatcatgatggataatgggtcattcaggctggaaccttat
gatactgttaaaataagggatatcagagattttaatgaaagtaagactgtagttattaaa
ggagaggtaaaatttccgggtgaatacgttataagagataatgaaaaactttacgatgtg
ataatgcgtgccggaggtgtgactcaaaaggcatttatggaaggccttgtttttaaaagg
gactcggtaaaagagatacaaaaagaaaacctccttcgtttaagggaccggttgcaatca
actctggcttctgtttcaagtcaggagattgccagctctttagacaaagcagatattgct
gcgcagaaaagtttacagagtaatctgcagcgtcttataaaccgtcttggcaacgcggag
ccggaaggaaggatagtcgtggatatcgactcggtaaaagatttaaaagattcaaagtac
aatgtgactcttgaagacggggatgagattgtagtacctcaaaagccgaatactgttaat
gttgtcggtgaagtttataatccttccagttatatttatacaggtgaaaacacaaccgtt
aaagattatctggataaaagcggtggcattacagatctctccagtgagaaaaatatatat
gttgtaagagcggacggaagtatagtttccaacaattatgtgcaggagaattactggtgg
aaaaatatatattctgtacaagttaatgttggagacacaattgttgttccacgaaaactc
agatttccgagctacatgaagaatgcaaaagatataacccagattctgtatcagtctgct
gctacccttggtattactatggcggcgttttag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (128)   
   KEGG ORTHOLOGY (1)   
   RefGene (125)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (137)   

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