Titlebook: Salt and Drought Stress Tolerance in Plants; Signaling Networks a Mirza Hasanuzzaman,Mohsin Tanveer Book 2020 Springer Nature Switzerland A

致命

ROS Signalling in Modulating Salinity Stress Tolerance in Plants,ity tolerance in plants. Studies showed that ROS interacts with different important hormones such as abscisic acid, brassinolide (BL), or gibberellic acid (GA) to improve salinity tolerance. Reactive oxygen species especially H.O. regulate the activities of different TFs by regulating different proc

Inkling

Phytohormone Signaling in Response to Drought, adaptation to stress. The points of hormones interacting with one another are where crosstalk occurs, which helps in switching the response from one pathway to another. Published literature provide comprehensive information on the response of plants to drought and the role of hormones in regulating

entitle

Physiological Role of Gamma-Aminobutyric Acid in Salt Stress Tolerance,ent enhanced plant growth, improved stress tolerance via scavenges free radicals, regulating enzyme activities and stabilization in plant against salinity stress. In this chapter, we highlight on the physiological and metabolic role of GABA in relation to salt stress tolerance.

habitat

GUISE

QTL Mapping for Drought Stress Tolerance in Plants, chapter reviewed the latest research progress on precise phenotypes of plant physiology in response to drought. Finally, according to the physiological/morphological and molecular mechanism of drought-resistant parent lines, a strategy of selecting specific environment and making suitable germplasm

Engulf

Mohsin Tanveer,Hassan Ahmed Ibraheem Ahmedteristics can be modeled as hyperelastic material systems to a large extent. Strain-energy function models which are designated as foam models are the Blatz-Ko model and the Ogden-Storaker model. Soft tissues can also be modeled employing hyperelastic material models. Models designated as soft tissu

苍白

NIP

Syed Uzma Jalil,Mohammad Israil Ansarir) is related to the Cauchy stress tensor through a multiplication by the Jacobian (the determinant of the deformation gradient). The Biot stress, a Lagrangian-based stress tensor, is also an important stress measure. Only somewhat recently has it been recognized that the Biot stress tensor is helpf

禁止

Xuan Lan Thi Hoang,Yen-Nhi Hoang Nguyen,Nguyen Phuong Thao,Lam-Son Phan Tranr) is related to the Cauchy stress tensor through a multiplication by the Jacobian (the determinant of the deformation gradient). The Biot stress, a Lagrangian-based stress tensor, is also an important stress measure. Only somewhat recently has it been recognized that the Biot stress tensor is helpf

无能性

Sadia Latif,Tariq Shah,Fazal Munsif,Roberto D’Amatovariable. The relationship between the incremental deformation gradient and the relative deformation gradient is defined. A numerical example demonstrating the relationship between the incremental deformation gradient and the relative deformation gradient is presented.