KEGG   Methylovorus glucosetrophus: Msip34_0813
Entry
Msip34_0813       CDS       T00943                                 
Name
(GenBank) methyl-accepting chemotaxis sensory transducer
  KO
K03406  methyl-accepting chemotaxis protein
Organism
mei  Methylovorus glucosetrophus
Pathway
mei02020  Two-component system
mei02030  Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:mei00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    Msip34_0813
 09140 Cellular Processes
  09142 Cell motility
   02030 Bacterial chemotaxis
    Msip34_0813
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02035 Bacterial motility proteins [BR:mei02035]
    Msip34_0813
Bacterial motility proteins [BR:mei02035]
 Flagellar system
  Chemotaxis proteins
   MCPs
    Msip34_0813
SSDB
Motif
Pfam: MCPsignal HAMP_N3 4HB_MCP_1 HAMP_2 PAS_8 PAS_4 TACC_C PAS ATG14 DUF2897 DUF6847
Other DBs
NCBI-ProteinID: ACT50061
UniProt: C6XBY6
Position
846394..849159
AA seq 921 aa
MKMTVANRIKLLIAAAVIGLLIVVAIGHVQTGRVFDKANYGNENTTPSVASLGLIQEYFQ
RYRIVVLRHILDTEPAEMVKDDQRLLELKGKLDDELKNYGDNYISNDEDRQMYDKTKADW
DKYQQLLQNVLSLSRAGERDQAAALLKAQADNIARDLTAHIEEHFKLNMTFGTAAAEDAL
ATRHTATIINVVVAVVVTLAVIVIGIFMLRAIMRQLGQEPAELAEMSRKFAAGDLTQKIT
VAEDDKSSVVYSMRRLQKTLQGLTDSLNFVSAAHEKGDIDETLKADLFEGLFRDVANGVN
GMVGGHVNMMRKTMATVEGFGAGNFDAPLEKFPGKKAFINDTIEKVRSNIKSFIADMNHM
SQEHDAGDIDVRMDVSKYQGAYAEMANGVNTMVGGHIDVKKKSMAVVRAFGEGDLTATIE
QLPGKKAFINEAIEKTRGQLKAAGEAARFAELIKTSLDNAAVSVMVADPDGIIIYMNKFT
EDLMKRSEANLRTQLPNFSANNIIGQNFDVYHKNPSHQRNMLASLHSPYATEITVGEQIF
KLNAAPIFSSSGERMGTAVQWIDRTTEAHAEHEIGEIVKAAADGDFSKRARSDGREGFFK
LVAEGLNQTLDTIIAPISTVKEAADAINTAAKEIAQGNSDLSRRTEDQASSLEKTAASME
QLASTVKQNADNAKQANQLASAASGVAVKGGEVVADVVSTMSAINDSARKIEDIISVIDG
IAFQTNILALNAAVEAARAGEQGRGFAVVAGEVRNLAQRSAAAAKEIKELINDSVSKTTE
GTTLVENAGKTMEEVVQSVKRVSDIIGEIAAASQEQSAGIAQVNDAVIKMDDVTQQNTAL
VEEAAAAAESLVEQATALTDAVADFKLREGDVRAPAAAKMLSRPEVRSNPAPRPAPARAA
AAPVLKVASKASVNEDEWEEF
NT seq 2766 nt   +upstreamnt  +downstreamnt
atgaaaatgactgtcgcaaatcgtatcaagctgttgattgctgctgcagtaatcggtctg
ctgatcgtggtagccatcggtcatgttcagactgggcgggtattcgacaaagccaactat
ggcaacgaaaacaccacgccaagtgtcgcaagtctgggcctgatacaagagtatttccag
cgctatcgcatcgtggttctgcgccacattctggataccgagcctgcggaaatggtcaag
gatgaccagcgactgctggaactcaaaggcaagctcgacgatgaattgaaaaactatggc
gataattacatcagcaatgatgaagaccgccagatgtatgacaaaaccaaggcagactgg
gataaatatcagcagctattgcagaatgtgctgagcctttcacgtgcaggtgagcgcgat
caggcggccgcactgctcaaagcgcaggccgataatattgcccgggatcttaccgcccat
atcgaagaacacttcaaactgaacatgacctttggtaccgctgctgcggaagacgccttg
gcaacgcgtcatacggcgaccatcattaatgtggtggttgcagtagtagtgaccctggcc
gtgattgtgattggtatcttcatgctgcgcgccatcatgcgccaattgggccaggagcca
gcagagctggctgaaatgagccggaaatttgctgcgggcgatctgacccagaaaatcacg
gtggctgaagatgataaatccagcgtggtgtactccatgcgccggctgcagaagaccctg
caaggcctgaccgattctctcaattttgtcagtgccgcccatgaaaaaggcgatattgac
gagaccttgaaggccgatctgtttgaaggcttgttccgtgatgttgccaatggcgtcaat
ggcatggtcggtggccatgtgaacatgatgcgcaagaccatggctacggttgaaggcttt
ggtgccggcaattttgatgcgccgctggagaaattcccgggcaagaaagccttcatcaac
gacaccattgaaaaagttcgcagcaacatcaagagctttattgcggacatgaaccacatg
tcgcaggagcatgatgccggtgatatcgatgtccgcatggacgtgagcaaatatcagggt
gcctatgccgagatggccaatggcgtgaataccatggtgggcggtcatattgatgtgaag
aagaaatccatggccgtggtgcgtgcatttggtgaaggtgatttgaccgcgaccatcgag
caattgccaggcaagaaggctttcatcaacgaggcgattgagaaaacccgtggtcagctg
aaggctgctggcgaggctgcccgttttgccgaactgatcaagaccagcctggacaatgcc
gctgtcagtgtcatggtagccgaccctgatggcatcatcatctacatgaacaagtttacc
gaagacctgatgaagcgctccgaagccaatctgcgcacacaactgcccaacttctcggcg
aacaatatcattggtcagaacttcgacgtttatcacaagaatcccagccatcagcgcaat
atgctggccagcctgcacagcccttatgccaccgaaattacggtgggcgagcagatattc
aagctcaatgcagcgcctatcttcagtagtagcggagaacgtatgggcaccgccgtgcag
tggatagatcgcacgaccgaggcacatgccgaacacgaaatcggcgagatcgtgaaagct
gctgccgatggtgacttcagcaagcgtgcgcgcagtgatgggcgtgaaggcttcttcaag
ctggtggctgaaggcctcaaccagaccctggataccatcatcgcgccgatcagcacggta
aaagaagccgcagatgcgatcaacaccgccgcgaaggaaattgcgcagggcaactccgac
ctgagccgccgtacggaagaccaggcatcgtcgctggaaaaaaccgctgccagcatggag
cagttggcctccaccgtgaagcagaacgccgacaacgccaagcaagccaaccagctcgct
tctgcggcatccggtgtggctgtgaagggtggcgaagtagttgccgatgttgtctccacc
atgagcgccatcaacgacagcgcccgcaagatcgaagacattatctcggtgattgacggc
attgccttccagaccaacatcctggcactgaacgctgcggtagaagccgcccgtgctggt
gaacaaggccgcggctttgccgtggtcgccggcgaagtacgcaacctggcgcaacgctct
gcggcagctgccaaggaaatcaaggaactgatcaacgactcggtaagcaagaccaccgaa
ggcaccaccctggtggaaaatgccggcaagaccatggaagaagtggtgcaatcggtcaaa
cgcgtatcagacatcattggcgaaattgccgccgcctcgcaagagcagagcgccggtatt
gcgcaggtgaacgacgccgtgatcaagatggacgacgtgacgcagcagaacaccgcgctg
gtggaagaggctgctgcggcggcagaatccctggttgagcaggccactgcgctgaccgat
gccgtggcagacttcaagctgcgtgaaggcgatgtccgcgcacctgccgccgccaagatg
ctgtcccggccagaagtacgaagcaacccggctccgcgtccagcgcctgccagagcagca
gctgcgccagtgctgaaggtcgcgtccaaggccagcgtaaatgaggatgagtgggaagag
ttttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (12)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (29)   

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