UNASSIGNED: @entity18839 @entity137 in growing plants is considered as one of the major factors limiting the production of crops on acidic soils worldwide. In the last 15 years, it has been proposed that @entity18839 @entity137 are mediated with distortion of the cellular signaling mechanisms such as @entity460 signaling pathways, and production of cytotoxic reactive @entity26 species (ROS) causing oxidative damages. On the other hand, @entity219 is normally present in plants at high concentrations and its deficiency is one of the most widespread micronutrient deficiencies in plants. Earlier studies suggested that lack of @entity219 often results in ROS-mediated oxidative damage to plant cells. Previously, inhibitory action of @entity8862 against @entity17361 -induced @entity224 generation in @entity286 cells have been reported, suggesting that @entity8862 interferes with the cation-induced ROS production via stimulation of @entity1110 oxidase. In the present study, the effect of @entity8862 on @entity18839 -induced @entity224 generation in the cell suspension cultures of @entity286 ( @entity286 ., cell-line, BY-2) and @entity579 ( @entity579 ., cv. Nipponbare), was examined. The @entity8862 -dependent inhibition of the @entity18839 -induced oxidative burst was observed in both model cells selected from the monocots and dicots ( @entity579 and @entity286 ), suggesting that this phenomenon ( @entity18839 / @entity8862 interaction) can be preserved in higher plants. Subsequently induced cell death in @entity286 cells was analyzed by lethal cell staining with Evans blue. Obtained results indicated that presence of @entity8862 at physiological concentrations can protect the cells by preventing the @entity18839 -induced @entity224 generation and cell death. Furthermore, the regulation of the @entity141 signaling, i.e., change in the cytosolic @entity141 ion concentration, and the cross-talks among the elements which participate in the pathway were further explored.

@entity219 -Dependent Protection of @entity286 and @entity579 Cells From Aluminum-Induced @entity224 -Mediated XXXX .

@entity8862 :: ('CHEBI:37256', 'Chemical') :: ['Zn(2+)'] @entity286 :: ('4097', 'Species') :: ['Nicotiana tabacum L', 'tobacco'] @entity137 :: ('MESH:D064420', 'Disease') :: ['toxicity'] @entity26 :: ('MESH:D010100', 'Chemical') :: ['oxygen'] @entity219 :: ('MESH:D015032', 'Chemical') :: ['zinc'] @entity1110 :: ('MESH:D009249', 'Chemical') :: ['NADPH'] @entity579 :: ('4530', 'Species') :: ['Oryza sativa L', 'rice'] @entity460 :: ('MESH:D002118', 'Chemical') :: ['calcium'] @entity17361 :: ('CHEBI:33319', 'Chemical') :: ['lanthanide'] @entity141 :: ('CHEBI:29108', 'Chemical') :: ['Ca(2+)'] @entity224 :: ('MESH:D013481', 'Chemical') :: ['superoxide'] @entity18839 :: ('CHEBI:36071', 'Chemical') :: ['Al(3+)']
@entity137 :: (MESH:D064420,Disease) :: ['Cytotoxicity']
