Skip to main content
. 2011 May 11;156(3):1535–1547. doi: 10.1104/pp.111.177196

Table III. Identification of Prxs and their putative physiological reductants by proteomic analyses of legume nodules.

Protein Legume TCa UniProtb Peptidesb
2CPrxB P. vulgaris TC32275 Q9FE12 ASSELPLVGNTAPDFEAEAVFDQEFIK, SGGLGDLNYPLISDVTK, SYDVLIPDQGIALR
PrxIIB M. truncatula TC182619 B7FH22 YTHALGLELDLSDK, FALLVEDLK
PrxIIE M. truncatula TC174129 C6TFM7c AIGVELDLSDKPVGLGVR, LFNLEEGGAFTFSGADDILK
PrxIIF M. truncatula TC176989 B7FGM0 VATGSDIISAASNVSLQK, SLELTTDLSGALLGTR
P. vulgaris TC33229 Q6KBB1c VATGTDIVSAAPNVSLQK, SLELVTDLSGALLGTR
Trxh1 L. japonicus TC65928 Q6RJZ7c FIAPILAEIAK, TVAEEWNVEAMPTFLFLK
Trxh1 M. truncatula TC197256 A1BLP6 FIAPILAEIAK, TVAEEWAVDAMPTFLFLK
Trxh1 P. vulgaris TC38652 A1BLP7c FIAPILAEIAK, WSIEAMPTFLFLK
GrxC4 M. truncatula TC181572 C6TCR3c IQDVLVNIVGK, HLGGSDETVEAYESGLLAK
GrxC2 P. vulgaris TC40141 B3F8F4c LIEMDVEPDGADIQAALLEWTGQR, LVPLLTSAGAITK
NTRA M. truncatula TC177239 A6XJ26 VSGLFFAIGHEPATK, TSVEGVFAAGDVQDKK
a

TC sequences according to the DFCI Lotus Gene Index (6.0), Medicago Gene Index (11.0), or Bean Gene Index (4.0). Data of M. truncatula nodules were taken from Larrainzar et al. (2007), stored in the ProMEX spectral library (http://promex.pph.univie.ac.at/promex/), and updated to the current DFCI version.

b

UniProt accessions (UniRef100) and peptides detected.

c

UniProt accessions of ortholog proteins showing best match hit.