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. 2014 Sep 3;8(1):116–130. doi: 10.1111/1751-7915.12156

Table 3.

Expression of genes related to metal tolerance

PA30 PA49
Gene ID/accession Product T W T W
gi|489181230 Mercuric reductase n.p.a n.p. 695 892
gi|134047226 MerP n.p. n.p. 190 376
gi|410691713 Hg(II)-responsive transcriptional regulator MerR n.p. n.p. 626 2339
gi|498493737 Mercuric reductase 515 520 n.p. n.p.
gi|134047116 MerT 65 53 132 339
gi|152989484 Mercuric resistance operon regulatory protein 239 310 n.p. n.p.
PA2065 Copper resistance protein A precursor 253 95 654 20
PA2064 Copper resistance protein B precursor 114 59 238 12
PA0950 Probable arsenate reductase 472 615 268 451
gi|498490899 Arsenical resistance protein ArsH 102 139 n.p. n.p.
gi|493249841 Arsenate reductase 75 97 n.p. n.p.
gi|493264869 Arsenic transporter 119 196 n.p. n.p.
gi|493249844 ArsR family transcriptional regulator 486 235 n.p. n.p.
gi|495544062 Copper oxidase 1420 203 n.p. n.p.
gi|493265806 Copper resistance protein B 612 100 n.p. n.p.
gi|386717894 Copper resistance protein C 358 141 n.p. n.p.
gi|489188126 Copper resistance protein CopD 717 392 n.p. n.p.
a

n.p. – gene sequence is not present in this strain.

Identifiers state PAO1 gene IDs or RefSeq accession where applicable. Transcriptional activity in tap water (T) and waste water (W) was normalized for the two strains independently and is shown as normalized pseudocounts.