Franklin

Advances in botanical research. Volume 60 [electronic resource] / series editors, Jean-Claude Kader, Michel Delseny.

Publication:
Amsterdam : Elsevier/Academic Press, 2011.
Format/Description:
Book
1 online resource (515 p.)
Edition:
1st ed.
Series:
Advances in botanical research, 0065-2296 ; v. 60
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Subjects:
Botany.
Botany -- Research.
Form/Genre:
Electronic books.
Language:
English
Summary:
Edited by Jean-Claude Kader and Michel Delseny and supported by an international Editorial Board, Advances in Botanical Research publishes in-depth and up-to-date reviews on a wide range of topics in plant sciences. Currently in its 50th volume, the series features a wide range of reviews by recognized experts on all aspects of plant genetics, biochemistry, cell biology, molecular biology, physiology and ecology. This eclectic volume features six reviews on cutting-edge topics of interest to postgraduates and researchers alike.* Multidisciplinary reviews written from a broad ran
Contents:
Front Cover; Advances in Botanical Research; Copyright; Contents; Contributors to Volume 60; Contents of Volumes 35-59; Chapter 1: Heavy Metal Tolerance in Arabidopsis thaliana; I. Introduction; II. Molecular Mechanisms of Heavy Metal (HM) Tolerance in Arabidopsis; A. Common Model of Cytotoxicity of HMs and Tolerance in Higher Plants; B. Role of Metal Transporters in Mediating HM Tolerance; 1. Role of transporters in HM homeostasis; 2. Role of HMA transporters in HM tolerance; a. HMA transporters ́ functions; b. Metal exclusion-mediating HM tolerance is regulated by HMA4 and HMA5
c. Vacuolar sequestration mediated by HMA3 transporter confers Cd, Co and Zn tolerance3. Role of CDF and CAX transporters in vacuole compartmentalization of HMs; a. CDF and CAX transporters and their functions; b. MTP1 mediates Zn tolerance by vacuolar sequestration; c. MTP11-mediated Mn tolerance in A. thaliana; d. Role of CAX in HM tolerance by vacuolar sequestration; 4. Role of ZIP and COPTs in HM tolerance; a. Function of ZIP and COPTs; b. Role of COPT in Cu tolerance; c. Role of ZIPs in HM accumulation and tolerance; 5. Other HM transporters and their functions in HM tolerance
a. Human HM export protein homologue AtIREG2 mediates Ni toleranceb. Nramp proteins and HM tolerance; C. Role of HM-Biomolecule Complex Transporters in HM Tolerance; III. Detoxification of HMs by Binding to Biomolecules; A. Role of Biomolecules in Detoxification of HMs; B. Thiol Residues-Containing Molecules: Phytocheratins, Glutathione and Metallothioneins; 1. Role of PCs in HM tolerance; a. Structure and function of PCs; b. Synthesis of PCs; c. Vacuolar sequestration of PC-HM complexes; d. Long-distance translocation of PCs and PC-HM complexes; 2. Role of GSH in HM tolerance
a. Structure and chemical properties of GSHb. Roles of GSH in HM tolerance and its regulation; 3. Role of MTs in HM tolerance; a. Structure and function of MTs; b. Roles of MTs in HM tolerance and its regulation; C. Metal-Binding Proteins in HM Tolerance; D. Role of Organic Acids and Amino Acids in HM Tolerance; IV. Transcriptomic Regulation of HM Tolerance; A. Common and Specific Response to Various HM Stress; B. Mechanisms of Transcriptional Regulation in HM Response; V. Conclusion; References
Chapter 2: The Molecular Mechanisms of Rice Resistance to the Bacterial Blight Pathogen, Xanthomonas oryzae pathovar oryzae...I. Introduction; II. The Pathogen X. oryzae Pathovar oryzae and BB Disease; A. The Pathogen X. oryzae Pathovar oryzae; B. BB Disease; C. Diversity Among Races of X. oryzae Pathovar oryzae; D. X. oryzae Pathovar oryzae Pathogenicity; E. Control of BB Disease; III. Molecular Mechanisms of Disease Resistance Against X. oryzae Pathovar oryzae; A. Cloning and Characteristics of the Xa/xa Genes; B. Dominant Xa Genes; 1. Xa21; 2. Xa3/Xa26; 3. Xa27; C. Recessive xa Genes
1. xa5
Notes:
Description based upon print version of record.
Includes bibliographical references and indexes.
Contributor:
Kader, Jean-Claude.
Delseny, Michel.
ISBN:
1-283-33151-9
9786613331519
0-12-385852-6
OCLC:
775871971