PMID-sentid Pub_year Sent_text comp_official_name comp_offsetprotein_name organism prot_offset 18154662-14 2007 To gain further insight into the iron physiological status of the plants, the root iron reductase activity was measured in both iron efficient and inefficient genotypes for plants grown under iron sufficient and iron limited conditions. Iron 83-87 chalcone reductase CHR1 Glycine max 88-97 18154662-14 2007 To gain further insight into the iron physiological status of the plants, the root iron reductase activity was measured in both iron efficient and inefficient genotypes for plants grown under iron sufficient and iron limited conditions. Iron 83-87 chalcone reductase CHR1 Glycine max 88-97 18154662-14 2007 To gain further insight into the iron physiological status of the plants, the root iron reductase activity was measured in both iron efficient and inefficient genotypes for plants grown under iron sufficient and iron limited conditions. Iron 83-87 chalcone reductase CHR1 Glycine max 88-97 18154662-15 2007 Iron inefficient plants failed to respond to decreased iron availability with increased activity of Fe reductase. Iron 0-4 chalcone reductase CHR1 Glycine max 103-112 18154662-18 2007 Root membrane bound reductase capacity is often correlated with iron efficiency. Iron 64-68 chalcone reductase CHR1 Glycine max 20-29 18154662-19 2007 Under iron-limited conditions, the iron efficient plant had high root bound membrane reductase capacity while the iron inefficient plants reductase levels remained low, further limiting iron uptake through the root. Iron 6-10 chalcone reductase CHR1 Glycine max 85-94 18154662-19 2007 Under iron-limited conditions, the iron efficient plant had high root bound membrane reductase capacity while the iron inefficient plants reductase levels remained low, further limiting iron uptake through the root. Iron 35-39 chalcone reductase CHR1 Glycine max 85-94 18154662-19 2007 Under iron-limited conditions, the iron efficient plant had high root bound membrane reductase capacity while the iron inefficient plants reductase levels remained low, further limiting iron uptake through the root. Iron 35-39 chalcone reductase CHR1 Glycine max 85-94 18154662-19 2007 Under iron-limited conditions, the iron efficient plant had high root bound membrane reductase capacity while the iron inefficient plants reductase levels remained low, further limiting iron uptake through the root. Iron 35-39 chalcone reductase CHR1 Glycine max 85-94 16741749-3 2006 Like other dicotyledonous plants, soybean responds to iron-limiting environments by induction of an active proton pump, a ferric iron reductase and an iron transporter. Iron 54-58 chalcone reductase CHR1 Glycine max 134-143 16741749-7 2006 The enhanced ferric reductase activity led to reduced chlorosis, increased chlorophyll concentration and a lessening in biomass loss in the transgenic events between Fe treatments as compared to control plants grown under hydroponics that mimicked Fe-sufficient and Fe-deficient soil environments. Iron 166-168 chalcone reductase CHR1 Glycine max 20-29 16741749-7 2006 The enhanced ferric reductase activity led to reduced chlorosis, increased chlorophyll concentration and a lessening in biomass loss in the transgenic events between Fe treatments as compared to control plants grown under hydroponics that mimicked Fe-sufficient and Fe-deficient soil environments. Iron 248-250 chalcone reductase CHR1 Glycine max 20-29 16741749-7 2006 The enhanced ferric reductase activity led to reduced chlorosis, increased chlorophyll concentration and a lessening in biomass loss in the transgenic events between Fe treatments as compared to control plants grown under hydroponics that mimicked Fe-sufficient and Fe-deficient soil environments. Iron 248-250 chalcone reductase CHR1 Glycine max 20-29 12226335-7 1996 We detected ferric-chelate reductase activity associated with the PBM and suggest that reduction of Fe(III) to ferrous [Fe(II)] plays a role in the movement of iron into soybean symbiosomes. Iron 160-164 chalcone reductase CHR1 Glycine max 27-36