Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376106711> ?p ?o ?g. }
- W4376106711 endingPage "7678" @default.
- W4376106711 startingPage "7669" @default.
- W4376106711 abstract "Cadmium (Cd) pollution reduces rice production and quality, putting food security and human health at risk. We conducted comparative physiology and metabolomic analyses in two indica rice (‘NH199’ and ‘NH224’) to elucidate the Cd-tolerance mechanism. Cd hampered rice growth, induced oxidative stress, and changed the metabolomics profiling of the root. The biochemical and physiological analysis demonstrated that NH224 exhibited a more potent Cd-tolerance ability than NH199. Cd was primarily distributed in root, and NH224 had a lower Cd translocation factor than NH199 by about 24%. The metabolomic analysis revealed 180 and 177 differentially accumulated metabolites between Cd-stressed seedlings and the controls in NH224 and NH199, respectively. In NH224, amino acids biosynthesis, hormone metabolism, lipids-related metabolism, phenylalanine metabolism, and phenylpropanoid biosynthesis pathways were more active and highly associated with antioxidant defense system, biosynthesis of the cell wall and phytochelatins, and maintenance of plasma membrane stability. These findings provide insights into the metabolic profiles of rice following Cd stress and the screening and breeding of Cd-tolerant rice varieties." @default.
- W4376106711 created "2023-05-12" @default.
- W4376106711 creator A5001102618 @default.
- W4376106711 creator A5001933449 @default.
- W4376106711 creator A5002147443 @default.
- W4376106711 creator A5002155412 @default.
- W4376106711 creator A5008737617 @default.
- W4376106711 creator A5022605526 @default.
- W4376106711 creator A5038766133 @default.
- W4376106711 creator A5041765640 @default.
- W4376106711 creator A5042315511 @default.
- W4376106711 creator A5052664381 @default.
- W4376106711 creator A5057709130 @default.
- W4376106711 creator A5085389107 @default.
- W4376106711 date "2023-05-09" @default.
- W4376106711 modified "2023-09-26" @default.
- W4376106711 title "Comparative Metabolomics Combined with Physiological Analysis Revealed Cadmium Tolerance Mechanism in Indica Rice (<i>Oryza sativa</i> L.)" @default.
- W4376106711 cites W1475085568 @default.
- W4376106711 cites W1968480124 @default.
- W4376106711 cites W2020570597 @default.
- W4376106711 cites W2024177211 @default.
- W4376106711 cites W2029027597 @default.
- W4376106711 cites W2031757065 @default.
- W4376106711 cites W2039519375 @default.
- W4376106711 cites W2042843814 @default.
- W4376106711 cites W2052792021 @default.
- W4376106711 cites W2115816514 @default.
- W4376106711 cites W2151341466 @default.
- W4376106711 cites W2161302880 @default.
- W4376106711 cites W2508579932 @default.
- W4376106711 cites W2517716465 @default.
- W4376106711 cites W2521662433 @default.
- W4376106711 cites W2529663581 @default.
- W4376106711 cites W2541611895 @default.
- W4376106711 cites W2548344470 @default.
- W4376106711 cites W2729759515 @default.
- W4376106711 cites W2769547962 @default.
- W4376106711 cites W2777317928 @default.
- W4376106711 cites W2800496581 @default.
- W4376106711 cites W2801550711 @default.
- W4376106711 cites W2847914788 @default.
- W4376106711 cites W2883676839 @default.
- W4376106711 cites W2905242471 @default.
- W4376106711 cites W2905635058 @default.
- W4376106711 cites W2915568409 @default.
- W4376106711 cites W2943829319 @default.
- W4376106711 cites W2944573225 @default.
- W4376106711 cites W2969431162 @default.
- W4376106711 cites W2997044513 @default.
- W4376106711 cites W3003576627 @default.
- W4376106711 cites W3007078547 @default.
- W4376106711 cites W3017005452 @default.
- W4376106711 cites W3031884005 @default.
- W4376106711 cites W3092022489 @default.
- W4376106711 cites W3095660504 @default.
- W4376106711 cites W3107817372 @default.
- W4376106711 cites W3162473442 @default.
- W4376106711 cites W3180175759 @default.
- W4376106711 cites W3193021905 @default.
- W4376106711 cites W3198817241 @default.
- W4376106711 cites W3199730086 @default.
- W4376106711 cites W3200179250 @default.
- W4376106711 cites W3206044774 @default.
- W4376106711 cites W4223451578 @default.
- W4376106711 cites W4225116039 @default.
- W4376106711 cites W4285009360 @default.
- W4376106711 cites W4293104570 @default.
- W4376106711 cites W4310066686 @default.
- W4376106711 doi "https://doi.org/10.1021/acs.jafc.3c00850" @default.
- W4376106711 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37159413" @default.
- W4376106711 hasPublicationYear "2023" @default.
- W4376106711 type Work @default.
- W4376106711 citedByCount "0" @default.
- W4376106711 crossrefType "journal-article" @default.
- W4376106711 hasAuthorship W4376106711A5001102618 @default.
- W4376106711 hasAuthorship W4376106711A5001933449 @default.
- W4376106711 hasAuthorship W4376106711A5002147443 @default.
- W4376106711 hasAuthorship W4376106711A5002155412 @default.
- W4376106711 hasAuthorship W4376106711A5008737617 @default.
- W4376106711 hasAuthorship W4376106711A5022605526 @default.
- W4376106711 hasAuthorship W4376106711A5038766133 @default.
- W4376106711 hasAuthorship W4376106711A5041765640 @default.
- W4376106711 hasAuthorship W4376106711A5042315511 @default.
- W4376106711 hasAuthorship W4376106711A5052664381 @default.
- W4376106711 hasAuthorship W4376106711A5057709130 @default.
- W4376106711 hasAuthorship W4376106711A5085389107 @default.
- W4376106711 hasConcept C104317684 @default.
- W4376106711 hasConcept C178790620 @default.
- W4376106711 hasConcept C181199279 @default.
- W4376106711 hasConcept C185592680 @default.
- W4376106711 hasConcept C192989942 @default.
- W4376106711 hasConcept C21565614 @default.
- W4376106711 hasConcept C2776559899 @default.
- W4376106711 hasConcept C2778543611 @default.
- W4376106711 hasConcept C2779815552 @default.
- W4376106711 hasConcept C515207424 @default.
- W4376106711 hasConcept C544657597 @default.
- W4376106711 hasConcept C553450214 @default.