UNASSIGNED: @entity29359 (2,4- @entity1289 ) is considered as an important pollutant because of its high @entity137 and wide distribution in wastewaters. Innocuous remediation technologies have been studied for the removal of this pollutant. This study investigated the feasibility of using garlic roots as a plant system for the removal of 2,4- @entity1289 . The optimal conditions for its removal were established based on orthogonal experiments ( @entity68703 matrix). Significant factors that affect removal efficiency, arranged from high to low importance, include pH, reaction time, 2,4- @entity1289 concentration, and @entity274 concentration. In addition, garlic roots could be re-used for as much as three consecutive cycles. The decrease in pH and the increase of Cl(-) ion content in the post-removal solutions indicated that 2,4- @entity1289 dehalogenation occurred during transformation. Changes in the deposition pattern of lignin in roots exposed to 2,4- @entity1289 suggested that several of the products deposited were lignin-type polymers. The acute @entity137 test revealed that the post-removal solutions were less toxic than the parent solutions. Therefore, garlic roots have considerable potential to effectively and safely remove 2,4- @entity1289 from wastewater.

Phytoremediation potentiality of garlic roots for XXXX removal from aqueous solutions.

@entity137 :: ('MESH:D064420', 'Disease') :: ['toxicity'] @entity1289 :: ('1636', 'Gene') :: ['DCP'] @entity274 :: ('CHEBI:16240', 'Chemical') :: ['H2O2'] @entity68703 :: ('474196', 'Gene') :: ['OA25'] @entity29359 :: ('MESH:C004762', 'Chemical') :: ['2,4-Dichlorophenol']
@entity29359 :: (MESH:C004762,Chemical) :: ['2,4-dichlorophenol']
