Spatial Dynamics Of Regulatory Mechanisms Involved In Plant Iron Homeostasis-GOLD MINING

MINING

Integrative approaches for understanding plant iron

Type: Theses/Dissertations Status: Accepted Year Published: 2018 Citation: Characterizing spatial dynamics of regulatory mechanisms involved in plant iron homeostasis. DurreShahwar Muhammad Doctoral Thesis. NCSU Department of Plant and Microbial Biology 2018.

Upcoming Events Special Plant Biology Seminar

DurreShahwar Muhammad will present a seminar entitled Characterizing Spatial Dynamics of Regulatory Mechanisms Involved in Plant Iron Homeostasis.This seminar is in partial fulfillment of the requirements for the Ph.D. in Plant Biology.

Physiology of Iron Metabolism

Genetic Polymorphism of Proteins Involved in Iron Metabolism. Several groups reported on the genetic polymorphism of the proteins involved in iron homeostasis but not related to iron deficiency or overload 116 117 118 . Genetic analysis of iron deficiency in mice has been evaluated . This study revealed that polymorphisms in multiple genes

Transcriptional integration of plant responses to iron

Transcriptional regulation of iron homeostasis in Strategy I plants: a predominant role for bHLH TFs. Studies in the model plant Arabidopsis have allowed the identifi ion of several factors involved in the regulation of iron homeostasis notably by investigating its response to iron deficiency.

Ironing out the issues: Integrated approaches to

Iron Fe is a critical nutrient for plants essential for respiration photosynthesis and a number of other required functions. Fe bioavailability is determined in part by proper uptake and localization throughout various organelles and cell types. Thus the regulation of mechanisms involved in these processes is tightly controlled.

Current understanding of plant zinc homeostasis regulation

In addition to the regulation of Zn transport other mechanisms for the regulation of plant Zn homeostasis exist. Zn sparing mechanisms could be involved in the decrease in plant Zn requirements under Zn deficiency. Additionally autophagy is probably regulated by local Zn status and involved in Zn reutilization at the cellular level.

PDF Ironing out the issues: Integrated approaches to

Based on these realities the total soil or plant Fe content is not particularly informative without considering its more precise lo ion and state.Until recently most Fe homeostasis studies describe gene regulatory processes the activity of Fe transport mechanisms involved in the root and the eventual use of Fe in specific cells and

Current understanding of plant zinc homeostasis regulation

In addition to the regulation of Zn transport other mechanisms for the regulation of plant Zn homeostasis exist. Zn sparing mechanisms could be involved in the decrease in plant Zn

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Spatial Dynamics Of Regulatory Mechanisms Involved In Plant Iron Homeostasis