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. 2004 Oct;70(10):6066–6075. doi: 10.1128/AEM.70.10.6066-6075.2004

TABLE 2.

Genes and corresponding products isolated from S. herbicidovorans MH

Plasmid ORFa Position (nt)b Probable function or product Homologous proteinc Source Reference accession no. % Amino acid identityd No. of amino acidse
pMec10 tnpA 226-374 Transposase TnpA Ralstonia sp. strain JS705 CAD60927 87 (352/403) 403/414
rdpA 1733-2620 (R)-Dichlorprop/α-ketoglutarate dioxygenase RdpA D. acidovorans MCI AAM90962 100 (295/295) 295/295
pMec16 (tnpA) (1-447) Transposase (C terminus) Transposase Ralstonia sp. JS705 CAD60927 79 (117/148) -/414
sdpA 750-1613 (S)-Dichlorprop/α-ketoglutarate dioxygenase SdpA D. acidovorans MCI AAM90963 58 (171/290) 287/292
pMec25 (cadR) (1-972) Transcriptional regulator CadR Bradyrhizobium sp. HW13 BAB78520 65 (181/276) -/336
ORF2 1062-2627f Outer membrane receptor protein COG1629 Novosphingobium aromaticivorans ZP_00096178 26 (129/488) 521/743
tfdB 2654-4453 Dichlorophenol hydroxylase TfdB D. acidovorans MC1 AAM76774 57 (334/585) 600/586
pMec4 (cluster I) (dccE) (1-247) (Partial) maleylacetate reductase TfdF Burkholderia cepacia AAK81685 53 (42/78) -/357
dccAI 514-1350 Chlorocatechol 1,2-dioxygenase TfdC R. eutropha JMP134(pJP4) P05403 53 (134/255) 278/255
dccDI 1293-2015 Dienelactone hydrolase TfdEII R. eutropha JMP134(pJP4) P94136 47 (106/222) 240/235
pMec2 + 12 (cluster II) tfdK 595-1968 Putative transport protein TfdK R. eutropha JMP134(pJP4) AAC44725 36 (159/440) 457/463
(orfB) 2494-2865g ISCc3 transposase orfB (C terminus) ISCc3 transposase OrfB Caulobacter crescentus CB15 NP_419441 65 (81/123) -/326
dccAII 3320-4087 Chlorocatechol 1,2-dioxygenase TfdC R. eutropha JMP134(pJP4) BAA74530 51 (125/242) 256/251
(dccDII) 4100-(4705) (Interrupted dienelactone hydrolase) TfdEII R. eutropha JMP134(pJP4) P94136 50 (88/173) -/235
(tnpA) (5161-4677) Transposase (C terminus) TnpA of IS6100 Salmonella enterica subsp. AAG03007 100 (156/156) -/264
a

Incomplete ORFs are set in parentheses.

b

The position is given respectively to the nucleotides of the plasmid insert.

c

Given is the most similar protein identified by BLASTX.

d

The values in parentheses refer to the number of identical amino acids over the aligned region.

e

The number of amino acids of the protein in S. herbicidovorans MH is given first, and the number of the reference protein is given second.

f

The exact start position of the ORF could not be determined. Other possible start codons are at nucleotides 969, 1185, and 1290.

g

The nucleotide region represents the part that is similar to the C terminus of outer membrane proteins, since no start codon was found upstream of position 2494, and at nucleotide 2389, a stop codon is encoded.