Matches in SemOpenAlex for { <https://semopenalex.org/work/W3048000074> ?p ?o ?g. }
- W3048000074 endingPage "415" @default.
- W3048000074 startingPage "406" @default.
- W3048000074 abstract "Due to insoluble iron (Fe) sources in soil, limited Fe availability leads to the disruption of the photosynthetic apparatus; this affects the growth and productivity of plants such as quince (Cydonia oblonga) that are very sensitive to low Fe content. Plant growth-promoting rhizobacteria (PGPR) play an important role in the regulation of Fe uptake under its limited availability. Therefore, in this research, two PGPR (Pseudomonas fluorescens and Microccucuce yunnanensis), at two Fe levels [50 μM (Fe-sufficiency) or 5 μM (Fe-deficiency)], were used to investigate the impact of the given bacteria on improving the acquisition of Fe in quince seedlings. Upon Fe-deficiency, the highest shoot and root biomass (7.14 and 6.04 g plant−1 respectively), the greatest chlorophyll concentration (0.89 mg g−1FW), and the largest Fe concentrations in roots and shoots (30% and 48.7%, respectively) were shown in the quince treated with M. yunnanensis. Both PGPR increased the root citric acid and the phenolic compound concentration. Two days after Fe-deficiency and PGPR treatments, a 1.5- fold increase, was observed in the expression of HA7. The highest PAL1 gene expression and the greatest PAL activity (95.76 μmol cinnamic acid g−1FW) were obtained from the M. yunnanensis treatment. The expression of the FRO2 gene was also affected by Fe-deficiency and PGPR treatments, resulting in an increase in the FCR activity and a surge in the Fe concentrations of leaves and roots. It could, therefore, be concluded that the PGPR modulated Fe acquisition in the quince seedlings upon Fe-deficiency by influencing the physico-chemical and molecular responses." @default.
- W3048000074 created "2020-08-13" @default.
- W3048000074 creator A5045068235 @default.
- W3048000074 creator A5047723750 @default.
- W3048000074 creator A5064409629 @default.
- W3048000074 creator A5064847347 @default.
- W3048000074 creator A5078489791 @default.
- W3048000074 creator A5080595619 @default.
- W3048000074 date "2020-10-01" @default.
- W3048000074 modified "2023-10-12" @default.
- W3048000074 title "The role of plant growth-promoting rhizobacteria (PGPR) in improving iron acquisition by altering physiological and molecular responses in quince seedlings" @default.
- W3048000074 cites W1510675523 @default.
- W3048000074 cites W1559903407 @default.
- W3048000074 cites W1561288602 @default.
- W3048000074 cites W1563136194 @default.
- W3048000074 cites W1875329721 @default.
- W3048000074 cites W1966500231 @default.
- W3048000074 cites W1969119856 @default.
- W3048000074 cites W1971734689 @default.
- W3048000074 cites W1972608361 @default.
- W3048000074 cites W1974907033 @default.
- W3048000074 cites W1975334905 @default.
- W3048000074 cites W1978293833 @default.
- W3048000074 cites W1978901208 @default.
- W3048000074 cites W1982282551 @default.
- W3048000074 cites W1983162446 @default.
- W3048000074 cites W1994133370 @default.
- W3048000074 cites W2002084790 @default.
- W3048000074 cites W2003157293 @default.
- W3048000074 cites W2012407789 @default.
- W3048000074 cites W2019056784 @default.
- W3048000074 cites W2020142049 @default.
- W3048000074 cites W2021460356 @default.
- W3048000074 cites W2037809786 @default.
- W3048000074 cites W2051658258 @default.
- W3048000074 cites W2061164505 @default.
- W3048000074 cites W2069576582 @default.
- W3048000074 cites W2069786254 @default.
- W3048000074 cites W2070842692 @default.
- W3048000074 cites W2072644783 @default.
- W3048000074 cites W2075279785 @default.
- W3048000074 cites W2075306841 @default.
- W3048000074 cites W2081476281 @default.
- W3048000074 cites W2094458185 @default.
- W3048000074 cites W2101459938 @default.
- W3048000074 cites W2118844601 @default.
- W3048000074 cites W2119750302 @default.
- W3048000074 cites W2127405737 @default.
- W3048000074 cites W2129721632 @default.
- W3048000074 cites W2130579888 @default.
- W3048000074 cites W2135983909 @default.
- W3048000074 cites W2139055610 @default.
- W3048000074 cites W2147897291 @default.
- W3048000074 cites W2147944643 @default.
- W3048000074 cites W2150749399 @default.
- W3048000074 cites W2153908395 @default.
- W3048000074 cites W2156268565 @default.
- W3048000074 cites W2300179186 @default.
- W3048000074 cites W2340961533 @default.
- W3048000074 cites W2413639887 @default.
- W3048000074 cites W2433365665 @default.
- W3048000074 cites W2464891976 @default.
- W3048000074 cites W2511578996 @default.
- W3048000074 cites W2546622011 @default.
- W3048000074 cites W2558623695 @default.
- W3048000074 cites W2561918600 @default.
- W3048000074 cites W2587532465 @default.
- W3048000074 cites W2595349747 @default.
- W3048000074 cites W2598838188 @default.
- W3048000074 cites W2757112786 @default.
- W3048000074 cites W2761431728 @default.
- W3048000074 cites W2804060849 @default.
- W3048000074 cites W2804503973 @default.
- W3048000074 cites W2892541344 @default.
- W3048000074 cites W2895092833 @default.
- W3048000074 cites W2958608037 @default.
- W3048000074 cites W2972923647 @default.
- W3048000074 cites W2981098425 @default.
- W3048000074 cites W2995409886 @default.
- W3048000074 cites W301823760 @default.
- W3048000074 cites W4327841726 @default.
- W3048000074 doi "https://doi.org/10.1016/j.plaphy.2020.07.045" @default.
- W3048000074 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32814277" @default.
- W3048000074 hasPublicationYear "2020" @default.
- W3048000074 type Work @default.
- W3048000074 sameAs 3048000074 @default.
- W3048000074 citedByCount "21" @default.
- W3048000074 countsByYear W30480000742021 @default.
- W3048000074 countsByYear W30480000742022 @default.
- W3048000074 countsByYear W30480000742023 @default.
- W3048000074 crossrefType "journal-article" @default.
- W3048000074 hasAuthorship W3048000074A5045068235 @default.
- W3048000074 hasAuthorship W3048000074A5047723750 @default.
- W3048000074 hasAuthorship W3048000074A5064409629 @default.
- W3048000074 hasAuthorship W3048000074A5064847347 @default.
- W3048000074 hasAuthorship W3048000074A5078489791 @default.
- W3048000074 hasAuthorship W3048000074A5080595619 @default.
- W3048000074 hasConcept C104317684 @default.