title: Physiological and genomic basis of mechanical-functional trade-off in plant vasculature.
abstract: Some areas in plant abiotic stress research are not frequently addressed by genomic and molecular tools. One such area is the cross reaction of gravitational force with upward capillary pull of water and the mechanical-functional trade-off in plant vasculature. Although frost, drought and flooding stress greatly impact these physiological processes and consequently plant performance, the genomic and molecular basis of such trade-off is only sporadically addressed and so is its adaptive value. Embolism resistance is an important multiple stress- opposition trait and do offer scopes for critical insight to unravel and modify the input of living cells in the process and their biotechnological intervention may be of great importance. Vascular plants employ different physiological strategies to cope with embolism and variation is observed across the kingdom. The genomic resources in this area have started to emerge and open up possibilities of synthesis, validation and utilization of the new knowledge-base. This review article assesses the research till date on this issue and discusses new possibilities for bridging physiology and genomics of a plant, and foresees its implementation in crop science.
authors.affiliation: Division of Plant Biology, Acharya J C Bose Biotechnology Innovation Centre, Bose Institute Kolkata, India.
authors.forename: Sonali
authors.initials: S
authors.lastname: Sengupta
authors.affiliation: Division of Plant Biology, Acharya J C Bose Biotechnology Innovation Centre, Bose Institute Kolkata, India.
authors.forename: Arun Lahiri
authors.initials: AL
authors.lastname: Majumder
keywords: cavitation; drought; embolism; freezing; mechanical stress; xylem