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agrrk-b9jlj2

Agrobacterium radiobacter, Rhizobium sp., Rhizobium rhizogenes Carboxylesterase, type B

Comment

Other strains: Agrobacterium radiobacter (strain K84 \/ ATCC BAA-868), Rhizobium sp. AP16\; Rhizobium rhizogenes NBRC 13257

Relationship

Family : Carb_B_Bacteria

Block : C

Position in NCBI Life Tree : Agrobacterium radiobacter

(Below N is a link to NCBI taxonomic web page and E link to ESTHER at designed phylum.)

> cellular organisms N E > Bacteria N E > Proteobacteria N E > Alphaproteobacteria N E > Rhizobiales N E > Rhizobiaceae N E > Rhizobium\/Agrobacterium group N E > Agrobacterium N E > Agrobacterium tumefaciens complex N E > Agrobacterium tumefaciens N E

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

Sequence

Peptide

MMSLIRISYA AALAIGLAVG VFHMPDWAQA ASSKASVDTV TVEGGKVNGV ATDISGVQVF KGIPFAGPTS GDNRFRAPQP VVPWEGVKLA DQWGDQALQD IHTNPVGAFW GDEFYFDPAF LPKASENGLN LNVWTPAKSA GDKLPVYVWI HGGANHHGYA SEMEFYASKL AAKGIVVVSV QYRVGALGFL ALKELSDESP QHVSGNYATL DLVKALHWVK DNIAGFGGDP SKVTIGGQSA GARNTTMLLR TPLAKGLFRR AVIESGSSGF MPVPMMDLKE REAVDAKAME TVFGKPTSLA DLRAIPADTI VTQTMSDGKT LLYDALHGAI NKTSQYTLDG YVFTKDSIDL LKPDALNGHD IMIGGTSDEY TSLEGGPDKT LAPEDFAKAI QTIGYDDAWK EVYRPSNDQD AYRLWLRARA DYNLQNFIVS AEYAKAHNKD FNVYTFYFNH APPGRNSEFY GSFHSSDLWY FFNSMRDVPG QRKWTGADYR MADTMSSYLV NFVQTGNPNG DGLPRWQQTT VSDKGAFMRF RDGYAYPVTQ TPYPERDALN RQTALRKAKL TEAALAR

References (2)

Title : Twenty-one genome sequences from Pseudomonas species and 19 genome sequences from diverse bacteria isolated from the rhizosphere and endosphere of Populus deltoides - Brown_2012_J.Bacteriol_194_5991
Author(s) : Brown SD , Utturkar SM , Klingeman DM , Johnson CM , Martin SL , Land ML , Lu TY , Schadt CW , Doktycz MJ , Pelletier DA
Ref : Journal of Bacteriology , 194 :5991 , 2012
Abstract :
PubMedSearch : Brown_2012_J.Bacteriol_194_5991
PubMedID: 23045501
Gene_locus related to this paper: 9burk-j0kac2 , 9burk-j0kqh2 , 9burk-j1epu6 , 9rhiz-j3hsc6 , agrrk-b9jlj2 , agrrk-b9jlr1 , braja-pcaD , brebn-c0z527 , psepf-q3k919 , psepu-PIP , 9rhiz-j2b0t6 , 9rhiz-j2b5v7 , 9sphn-j2csl5 , 9sphn-j2da91 , 9sphn-j2dss9 , 9burk-j2kvv7 , 9rhiz-j2l8v8 , 9rhiz-j2lcz2 , 9entr-j2lgp0 , 9flao-j2sqj3 , 9brad-j2w5i6 , 9brad-j2w6z0 , 9sphn-j2w924 , 9sphn-j2wk32 , 9sphn-j2wv03 , 9sphn-j2zvl4 , 9caul-j3aar6 , 9sphn-j3aj11 , 9caul-j3aj83 , 9caul-j3an06 , 9sphn-j3aqd5 , 9caul-j3ati4 , 9entr-j3c1e1 , 9brad-j3cpx3 , 9burk-j3cy68 , 9entr-j3de95 , 9rhiz-j3hvd3 , 9brad-j3hza4 , 9rhiz-j2asm7 , 9rhiz-j2idv1 , 9burk-j2l7t2 , 9psed-j2lun4 , 9psed-j2p2u8 , 9psed-j2pci7 , 9psed-j3dng2 , 9psed-j3dpc9 , 9psed-j3dtv9 , 9psed-j3ebe9 , 9psed-j3ey90 , 9psed-j3ezm7 , 9psed-j3g853 , 9psed-j3gq12 , 9psed-j3har6 , 9psed-j3hd18 , 9brad-j3i495 , 9brad-j3hvp0 , 9rhiz-j3htx9 , 9sphn-j2lbm8 , 9psed-j3a9q8 , 9psed-j2n8k4 , 9sphn-j2gm31 , 9rhiz-j2kud1 , 9burk-j2kv91 , 9burk-j2ktg3 , 9psed-j2na56 , 9psed-w6ve15 , 9psed-j2wmk3 , 9psed-j2rmx2 , 9psed-j2t106 , 9psed-j3gvm6 , 9psed-j2q9u0 , 9psed-j2wr89 , 9burk-j3d9h4 , 9burk-j3cg20 , 9burk-j0kgm2 , 9entr-j2ua00 , 9entr-j2v6d3 , 9entr-j3diy7 , 9burk-j3dit4 , 9rhiz-j3bsd5 , 9psed-j2x4z3 , 9caul-j2gqn4 , 9caul-j2gw95 , 9sphn-j2pjy3 , 9sphn-j2ws91 , 9sphn-j2zyh1 , 9burk-j2lbr7 , 9caul-j2gky7 , 9rhiz-j2ww97 , 9rhiz-j3hls4 , 9rhiz-j2ic95 , 9psed-w6w1j7 , 9rhiz-j2l3f6 , 9psed-a0a068aip7 , 9psed-s2jxx1 , 9burk-j1eha9 , sphya-a0a084e4h2 , 9burk-j3cy50 , 9psed-j3e058 , 9psed-w6v6a4 , 9psed-j3gxm0 , 9rhiz-j2lcu3 , 9rhiz-j2rcz3 , 9burk-j2m4l9 , 9psed-j3b3h3 , 9burk-j3dhf9 , 9burk-j2vbc2 , 9psed-j2nei8 , 9burk-j2vlm0 , 9bacl-l5mp14 , 9psed-w6wbi3 , 9sphn-j2dbb2 , 9rhiz-j2ij37 , 9rhiz-j2kw28 , 9psed-j2n6d9 , 9caul-j2pfh5 , 9sphn-j2wci4 , 9psed-j2wi64 , 9sphn-j3ap33 , 9rhiz-j3hp99 , 9psed-j3ivu6 , 9rhiz-j2v1w2 , 9psed-j2t819 , 9flao-j2krx6 , 9burk-j1eg31 , 9burk-j2kx41 , 9rhiz-j2l0y1 , 9sphn-j2gj61

Title : Genome sequences of three agrobacterium biovars help elucidate the evolution of multichromosome genomes in bacteria - Slater_2009_J.Bacteriol_191_2501
Author(s) : Slater SC , Goldman BS , Goodner B , Setubal JC , Farrand SK , Nester EW , Burr TJ , Banta L , Dickerman AW , Paulsen I , Otten L , Suen G , Welch R , Almeida NF , Arnold F , Burton OT , Du Z , Ewing A , Godsy E , Heisel S , Houmiel KL , Jhaveri J , Lu J , Miller NM , Norton S , Chen Q , Phoolcharoen W , Ohlin V , Ondrusek D , Pride N , Stricklin SL , Sun J , Wheeler C , Wilson L , Zhu H , Wood DW
Ref : J. Bacteriol , 191 :2501 , 2009
Abstract :
PubMedSearch : Slater_2009_J.Bacteriol_191_2501
PubMedID: 19251847
Gene_locus related to this paper: agrrk-b9j7k2 , agrrk-b9j8e4 , agrrk-b9j8g5 , agrrk-b9j9n4 , agrrk-b9j9p4 , agrrk-b9ja88 , agrrk-b9jbs5 , agrrk-b9jd67 , agrrk-b9jd85 , agrrk-b9jfh5 , agrrk-b9jfj6 , agrrk-b9jfu6 , agrrk-b9jfy6 , agrrk-b9jh78 , agrrk-b9ji04 , agrrk-b9jih5 , agrrk-b9jih7 , agrrk-b9jj14 , agrrk-b9jjt5 , agrrk-b9jjt6 , agrrk-b9jk42 , agrrk-b9jki6 , agrrk-b9jkt4 , agrrk-b9jla0 , agrrk-b9jlc3 , agrrk-b9jlj1 , agrrk-b9jlj2 , agrrk-b9jlr1 , agrrk-b9jmj9 , agrrk-b9jml0 , agrrk-b9jmn1 , agrrk-b9jnw6 , agrrk-b9jq01 , agrrk-b9jq11 , agrrk-b9jq35 , agrtu-DHAA , agrvs-b9jqv2 , agrvs-b9jr09 , agrvs-b9js24 , agrvs-b9js61 , agrvs-b9ju03 , agrvs-b9jw40 , agrvs-b9jx20 , agrvs-b9jy84 , agrvs-b9k1h8 , agrvs-b9k2m9 , agrvs-b9k3r6 , agrvs-b9k5p9 , agrvs-b9k093 , agrvs-b9k188 , agrvs-b9k312 , agrrk-b9jls9 , agrrk-b9jca1 , agrvs-b9jur1 , agrrk-rutd