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Biochemical and physiological activity

Strategy I and strategy II mechanisms affecting iron availability to plants may be established too narrow or limited

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Pages 1077-1098 | Published online: 21 Nov 2008

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Cahyo Wulandari, Sakiko Muraki, Asako Hisamura, Hiroki Ono, Kayoko Honda, Tomoyuki Kashima, Siti Subandiyah & Yoshikuni Masaoka. (2014) EFFECT OF IRON DEFICIENCY ON ROOT FERRIC CHELATE REDUCTASE, PROTON EXTRUSION, BIOMASS PRODUCTION AND MINERAL ABSORPTION OF CITRUS ROOT STOCK ORANGE JASMINE (MURRAYA EXOTICA L.). Journal of Plant Nutrition 37:1, pages 50-64.
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DirkV. Charlson & RandyC. Shoemaker. (2006) Evolution of Iron Acquisition in Higher Plants. Journal of Plant Nutrition 29:6, pages 1109-1125.
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Jonathan Nda Egilla, DavidH. Byrne & DavidW. Reed. (1994) Iron stress response of three peach rootstock cultivars: Ferric‐iron reduction capacity . Journal of Plant Nutrition 17:12, pages 2079-2103.
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Arthur Wallace & G. A. Wallace. (1992) Some of the problems concerning iron nutrition of plants after four decades of synthetic chelating agents. Journal of Plant Nutrition 15:10, pages 1487-1508.
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Ruth Ganmore‐Neumann, B. Bar‐Yosef, A. Shanzer & J. Libman. (1992) Enhanced iron (Fe) uptake by synthetic sidero‐phores in corn root. Journal of Plant Nutrition 15:6-7, pages 1027-1037.
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Fabián García-Espinoza, Enrique Quesada-Moraga, María José García del Rosal & Meelad Yousef-Yousef. (2023) Entomopathogenic Fungi-Mediated Solubilization and Induction of Fe Related Genes in Melon and Cucumber Plants. Journal of Fungi 9:2, pages 258.
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Mirian Cristina Gomes Costa & Ítalo Antônio Cotta Coutinho. 2022. Subsoil Constraints for Crop Production. Subsoil Constraints for Crop Production 225 261 .
Pandurang Divte, Poonam Yadav, Pradeep kumar Jain, Sangeeta Paul & Bhupinder Singh. (2019) Ethylene regulation of root growth and phytosiderophore biosynthesis determines iron deficiency tolerance in wheat (Triticum spp). Environmental and Experimental Botany 162, pages 1-13.
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Mar Cerdán, Sara Alcañiz, Margarita Juárez, Juana D. Jordá & Dolores Bermúdez. (2006) Fe Uptake from Meso and d , l -Racemic Fe( o , o -EDDHA) Isomers by Strategy I and II Plants . Journal of Agricultural and Food Chemistry 54:4, pages 1387-1391.
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N.K. Fageria, V.C. Baligar & R.B. Clark. 2002. 185 268 .
Ana Flor López-Millán, Fermı́n Morales, Anunciación Abadı́a & Javier Abadı́a. (2000) Effects of Iron Deficiency on the Composition of the Leaf Apoplastic Fluid and Xylem Sap in Sugar Beet. Implications for Iron and Carbon Transport. Plant Physiology 124:2, pages 873-884.
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Petra R. Moog & Wolfgang Brüggemann. 1995. Iron Nutrition in Soils and Plants. Iron Nutrition in Soils and Plants 343 362 .
S.R. Cianzio. 1995. Iron Nutrition in Soils and Plants. Iron Nutrition in Soils and Plants 119 125 .
Petra R. Moog & Wolfgang Brüggemann. (1994) Iron reductase systems on the plant plasma membrane—A review. Plant and Soil 165:2, pages 241-260.
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Santos Susín, Joaquin Abián, M. Luisa Peleato, Francisco Sánchez-Baeza, Anunciación Abadía, Emilio Gelpi & Javier Abadía. (1994) Flavin excretion from roots of iron-deficient sugar beet (Beta vulgaris L.). Planta 193:4, pages 514-519.
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George W. Welkie. 1993. Optimization of Plant Nutrition. Optimization of Plant Nutrition 483 489 .
W.H.O. Ernst. (1990) Ecophysiology of plants in waterlogged and flooded environments. Aquatic Botany 38:1, pages 73-90.
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Wolfgang Bruggemann, Petra R. Moog, Hikoki Nakagawa, Peter Janiesch & Pieter J. C. Kuiper. (1990) Plasma membrane-bound NADH: Fe3+-EDTA reductase and iron deficiency in tomato (Lycopersicon esculentum). Is there a Turbo reductase?. Physiologia Plantarum 79:2, pages 339-346.
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G. W. Welkie, H. Hekmat-Shoar & G. W. Miller. 1990. Plant Nutrition — Physiology and Applications. Plant Nutrition — Physiology and Applications 207 211 .

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