Systems biology approach in plant abiotic stresses

Plant Physiology and Biochemistry : PPB
Tapan Kumar MohantaElsayed Fathi Abd Allah

Abstract

Plant abiotic stresses are the major constraint on plant growth and development, causing enormous crop losses across the world. Plants have unique features to defend themselves against these challenging adverse stress conditions. They modulate their phenotypes upon changes in physiological, biochemical, molecular and genetic information, thus making them tolerant against abiotic stresses. It is of paramount importance to determine the stress-tolerant traits of a diverse range of genotypes of plant species and integrate those traits for crop improvement. Stress-tolerant traits can be identified by conducting genome-wide analysis of stress-tolerant genotypes through the highly advanced structural and functional genomics approach. Specifically, whole-genome sequencing, development of molecular markers, genome-wide association studies and comparative analysis of interaction networks between tolerant and susceptible crop varieties grown under stress conditions can greatly facilitate discovery of novel agronomic traits that protect plants against abiotic stresses.

Citations

Dec 20, 2017·Genes·Tapan Kumar MohantaHanhong Bae
Jan 10, 2020·Physiologia Plantarum·Akhilesh K Pandey, Arti Gautam
Dec 27, 2017·Thoracic Cancer·Shuang Sun, Jun Zhou
Dec 28, 2018·International Journal of Molecular Sciences·Changying LiuAichun Zhao
May 5, 2021·Plant Biotechnology Journal·Gaetano GiudiceWalter Chitarra
May 29, 2021·BMC Genomic Data·Matthew T McGowanStephen P Ficklin

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