KEGG T02147: Desti

Desulfomonile tiedjei: Desti_2017

Entry

Desti_2017 CDS T02147

Definition

methylase of chemotaxis methyl-accepting protein

Orthology

K13924

two-component system, chemotaxis family, CheB/CheR fusion protein [EC:2.1.1.80 3.1.1.61]

Organism

dti Desulfomonile tiedjei

Pathway

dti02020	Two-component system
dti02030	Bacterial chemotaxis

Class

Environmental Information Processing; Signal transduction; Two-component system [PATH:dti02020]
Cellular Processes; Cell motility; Bacterial chemotaxis [PATH:dti02030]

SSDB

Motif

Pfam:

CheB_methylest CheR PAS_10 PAS_4 CheR_N PAS PAS_9 IncA CENP-F_leu_zip Spc7 DUF3584 Atg14 Methyltransf_12 Exonuc_VII_L AAA_13 V_ATPase_I Talin_middle Prominin TPR_MLP1_2 Seryl_tRNA_N APG6 Mnd1 ATG16 DUF1664 HAUS-augmin3 Laminin_II

Other DBs

NCBI-GI:

392410377

NCBI-GeneID:

13136632

UniProt:

I4C579

Position

complement(2420741..2423725)

AA seq 994 aa
MAKKKSADGKEGQKHKLQGTSEGIKPANQKVLIESQSRQRDRQTLRVVGIGASAGGLEAF
EHFFTNLPPDTGLSFVLVQHLDPTHKSILTDLIKKYTRMEVREVTDGTVIEANYVYVIPP
NKDMAILNGTLYLMDPSSPRGLRQPIDFFFRSLAEDLKEQAIAIVLSGTGSEGTLGIRAI
KGEGGMVMVQDPGTARYDGMPRSAVATGLVDYVVSPDKMPHHLLAYVRHAPGAIPTADVE
PTGEDGNIVQKILILVRARTHHDFTHYKKNTIIRRIERRMAVHQLLKKQDYLRFLQDDPL
EVKTLFKELLIGVTNFFREPDAFEALQKKALPKILNGDSQYMRIWVPACSTGEEAYSIAM
LVQEYAAEAKIDFHLQIFATDIDEEAIEKARLGVYPLSIAADVNPKRLERFFIKEENQFR
IKKELREMIVFAFQNVISDPPFSKLDLISCRNLLIYMNTELQKRLIHLFHYALKSDGFLF
LGASESVGSYSTLFTMADRKWKLYQRKDTATMAALQPNLQFRESSELPEIKTELRLTKAT
FRDIAEKALLEAYHAAGVVTDEKLDAIYFYGSTARYLSPASGEASFNLLKMAREELRFEL
ANAVRRAQTENKTVVRPGLRLKSKQGSEAVNLIVRPVLAPSNRHLLLILFEEATYAKGTK
ESEDVPLPQDESDVQARNRELEHELASAKEYLQTTIEELETSNEELKSTNEELQSANEEL
QSTNEELETSKEEQQSVNEELATVNSELQQKIEELSKVNDDMNNLLASTQVGTIFLDTDM
NVLRFTPAVTELINLIQSDIGRPLAHIVSNLNYDRIVEDSRRVLESLIPRTREVQTKDGR
WFVMRMQPYRTTENVIEGVVLTFVEITFQKQQMAENVLCESIMNMAREIFLVLDERLTVT
SANGQFYEAFAVRKEDTIGRRLYDLGNRQWDIPDLRQLLEKIIPEHKEVKGFEVEHEFES
IGRRKMSLDAKQIDADGDKPRLILLVIQDITDRP

NT seq 2985 nt +upstreamnt +downstreamnt
atggctaagaagaaaagcgcagatgggaaagagggtcagaagcacaaattgcaggggact
tcagagggaatcaaacctgcaaaccagaaggtccttattgaatcacaatcgagacaaaga
gacaggcaaacgctccgagttgtcggtatcggtgcgtcagccggtggcctggaagctttc
gaacatttcttcaccaatctccctcccgatacaggcttgtcatttgtgcttgtccaacat
cttgaccccacccataagagcattctcaccgacctgatcaagaagtatacccggatggag
gtcagggaagtcacagatggcacggtgatcgaagccaactatgtctacgtcatcccgccg
aacaaagacatggccatcttgaacggcacgctttacctcatggacccctcttccccgaga
ggtttgcgtcagcccatagacttcttcttccgatccttggcggaagacctcaaagagcaa
gccatcgccattgtgctgtccggaaccggaagcgagggaaccctgggcatacgagccatc
aagggtgaaggcggcatggtcatggtacaggaccccggaacggccaggtacgatggaatg
cccagaagcgcagtcgccaccggactggttgactatgtcgtatcgcctgacaaaatgccg
caccatttgctggcatatgtgcggcatgcccccggtgccatacctacggcagacgtcgag
ccgacgggtgaagacggcaacattgtccagaagatcctgatcctggttcgggcaaggact
catcacgatttcacccattacaagaaaaacacgatcatccgccgcatcgagagacgtatg
gccgttcaccagctcctcaagaagcaggattacttgcgttttcttcaagacgatccgtta
gaggtgaagacgcttttcaaagaactcctcatcggagtgacgaacttctttcgtgagccg
gatgcattcgaggcattacagaagaaagcccttcccaaaatactgaacggggacagccag
tacatgcgaatatgggtgcctgcgtgttcaaccggcgaggaagcgtattccattgcaatg
cttgtgcaagaatatgcggcagaagcaaagatcgactttcacctgcagatatttgccacg
gacatagacgaagaagccatagaaaaagctcgccttggagtctatccgttgagcatcgca
gcagatgtcaaccccaaacggctcgaacgattctttatcaaggaagagaaccaattccgt
atcaagaaagagcttcgggaaatgatcgtgttcgctttccagaacgtcatttcagacccg
cctttttcgaaattggacctcattagctgcagaaatctcctcatctacatgaataccgaa
ttgcagaaacggttgattcacctctttcattatgccctaaaatccgacggattccttttt
ctgggtgcctcggagtcagtcgggtcttattcgacattgtttaccatggcggatcgcaaa
tggaaactgtaccagcgaaaggacacggccaccatggcggccctgcagccaaatcttcag
ttccgcgagtcttcggaattgcccgagatcaaaactgaattgagattgacgaaagccact
ttccgagacattgcagaaaaggcgttgctagaggcctaccatgcagcaggtgttgtgact
gacgagaaacttgatgccatttatttctacggttccacagcgcgatatttgtcgccggcc
tcaggagaagcgagtttcaaccttctcaaaatggcccgtgaagaactgaggttcgaactc
gccaatgctgtacggagagctcagaccgagaacaagacagtggtacgccccggcttgcga
ctgaaaagtaaacagggctctgaggcagtcaacctcattgttcgacccgtgctcgctccg
tccaacagacacctgcttctcatactattcgaggaagcaacgtatgcgaagggaacaaag
gaatcggaagatgtgcccctgccccaggatgagagcgacgtccaggcaagaaaccgcgag
ctcgagcatgaattggcgtccgctaaggagtatctgcagaccaccattgaagaactggaa
acctcaaacgaagagttgaaatcaacgaatgaggaattgcagtcggccaatgaagagctc
cagagtacgaatgaggaactggaaacttccaaggaagaacagcagtccgtgaatgaagaa
ctggctacggtcaattcagaattacagcaaaagatagaggaactgtccaaggtcaatgat
gatatgaataacctgctcgccagcacgcaggtcggaacgatatttcttgacacagatatg
aacgtcttgcgtttcacccctgcagtcacggagttgatcaacctgattcaaagcgatata
ggtaggccgttggctcatattgtctcaaaccttaattacgacaggattgtcgaggactct
cggcgtgttctcgaaagcttgattccacgcacgagagaagttcagacgaaagacggtcgc
tggttcgtgatgcgtatgcagccctacagaacgacggaaaacgtcattgaaggggtagtt
ctgacgtttgtggagataaccttccaaaagcagcagatggcggagaacgtgctctgtgag
agtatcatgaacatggcacgtgagattttcttggtcttggacgagagattgaccgtgacc
tcggcgaatggccaattctacgaggcgtttgctgtgcgcaaggaagacaccattggaaga
cggctctacgatctggggaatcggcagtgggatattcccgacttgcggcagcttctcgaa
aaaatcattccggaacataaggaagtcaagggattcgaagtggagcatgagttcgaatcc
atagggaggcggaaaatgtccttggatgcaaagcagattgatgccgacggagacaaacca
agacttattctcctagtcatccaagacatcaccgaccggccctga

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (26)   
   Pfam (26)   
All databases (37)   

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