TY  - JOUR
T1  - Relationship Between Leaf Relative Water Content and Total Soluble Proteins in Soybean Exposed to Short Water Deficit
AU - Lobato, A.K.S. AU - Neto, M.A.M. AU - Meirelles, A.C.S. AU - Silva, L.I. AU - Marochio, C.A. AU - Monteiro, E.R. AU - Zeni Neto, H. AU - Maleia, M.P. AU - Moiana, L.D. AU - Bronzato, A.R. AU - Cruz, F.J.R. 
JO  - Research Journal of Biological Sciences
VL  - 4
IS  - 9
SP  - 1061
EP  - 1067
PY  - 2009
DA  - 2001/08/19
SN  - 1815-8846
DO  - rjbsci.2009.1061.1067
UR  - https://makhillpublications.co/view-article.php?doi=rjbsci.2009.1061.1067
KW  - Glycine max
KW  -nitrogen metabolism
KW  -nitrate reductase
KW  -proteins
KW  -water deficiency
AB  - The aim of this study was to evaluate the impact of short water deficit on nitrate reductase activity and nitrogen contents in <I>Glycine max</I> plants (cv. Sambaiba), as well as to investigate the hypothesis that leaf relative water content exercises influence on total soluble proteins. Experimental design used was completely randomised, with 2 treatments (control and stress). Water deficiency promoted significant decrease on leaf relative water content in stress treatment. For nitrate reductase activity the period of 2 under water deficit provoked a reduction at 45% in stressed plants. In total soluble proteins the control and stress treatments presented 10.0 and 7.7 mg g<SUP>-1</SUP> DM, respectively. The correlation analysis indicates that there is a positive and significant relationship between leaf relative water content and total soluble proteins (r = 0.88; p&lt;0.01). This study revealed that <I>Glycine max</I> induced to short water deficiency presented significant decreases in leaf relative water content, nitrate reductase and total soluble proteins. Furthermore, total soluble amino acids also suffered significant disorders. In addition, the results obtained confirmed the hypothesis that leaf relative water content exercises influence on total soluble proteins.
ER  -