Titlebook: Regulation of Nutrient Uptake by Plants; A Biochemical and Mo Gyanendra Nath Mitra Book 2015 Springer India 2015 Aquaporins.Calcium Signatu

脫毛

Sulphur (S) Uptake,e widely distributed in plants, such as antimicrobial peptides called defensins and thionins, elemental S and glucosinolates..There are five groups of gene families encoding sulphate transporters in plants.

miscreant

Copper (Cu) Uptake,1, AtHMA5 and possibly YSL1 and YSL3. To protect Cu from improper interactions with other cellular constituents, Cu is chelated with nicotianamine (CuNA) and transported within the xylem sap from root to shoot. CuCCH (copper chaperone) complex is involved in inserting Cu into the active sites of Cu-dependent enzymes.

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Boron (B) Uptake, neutral and is the major chemical form in which boron is taken up by plants. NIP5;1 and BOR1 are the genes involved in B uptake under conditions of B deficiency. . rice cultivars are more tolerant to higher levels of B than . rice cultivars.

Cardioplegia

MANIA

Sodium (Na) Uptake, uptake probably occurs in most of the land plants. Na. can be beneficial to plants under conditions of K. deficiency. Na. can undertake osmotic functions, reduce the total K. requirements and improve growth when the lack of K. is a limiting factor.

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CEDE

Introduction and Uptake of Water and Nutrient Ions,rable soils. To cope with wide variations in mineral concentrations in soil, plants have evolved mechanisms so that net intake of a nutrient depends on the plant’s need for this element rather than its concentration in the rooting medium..The plasma membrane of cells contains a large number of pores

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Nitrogen (N) Uptake,other nutrients have to be applied to sustain existing production and, in many countries, further increase crop production commensurate with their population growth. Nitrogen use efficiency of crops is abysmally low (25–50 %) under uncontrolled field conditions. This not only is an economic loss, bu

內(nèi)疚

Phosphate (Pi) Uptake,es suitably through modification of their roots and shoots so as to acquire more Pi from soil and use them frugally to support plant growth. Phosphate deficiency results in coordinated induction of hundreds of genes encoding enzymes, which maximise capacity of plants to acquire phosphate more effici

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Potassium (K) Uptake, below 10 g kg. of dry weight may lead to deficiency symptoms in most of the plant species..A large number of proteins encoded by their corresponding genes are involved in K. transport in plants. These transporters fall into several categories and have distinct functions. Location of the transporter