New imaging technique developed for the quantitative visualization of sucrose in plants
Blog, Plant Physiology(Translated from the original)
Regina Devrient Press and Public Relations
Leibniz Institute of Plant Genetics and Crop Plant Research
Sucrose is the primary transport form of sugar in plants. It therefore plays an essential role as an energy source, but also as a signal generator under…
A step-by-step guide for geometric morphometrics of floral symmetry (Frontiers in Plant Science)
Plant Science Research WeeklyThis publication has many beautiful images of flowers and provides a detailed guide that researchers can use to statistically analyze corolla shape and structure. Part of what makes the flowers in these pictures so beautiful to our eyes and encourages us to hit “share” is their symmetrical designs.…
Review: Nicotiana benthamiana: a workhorse of model plants (Annu Rev Phytopathol)
Plant Science Research WeeklyFor years, scientists have relied on model species to investigate the fundamental nature of plants. Not surprisingly, these systems have facilitated our combined efforts for a deeper understanding of complex plant phenomena, from the coordinated orchestration of developmental programs to the emerging…
Experimental Reproducibility 101 (Part 3)
BlogThis article, by Benjamin Schwessinger and Sonali Roy, is the third of three and is based on a workshop called “Reproducibility for all” presented at PlantBio18 by Benjamin Schwessinger, Sonali Roy, and Lenny Teytelman. In Part 1 (here), the authors describe the importance of having a data management…
A synthetic oxygen sensing device for plants
Plant Science Research WeeklyPlants can die from a lack of oxygen (hypoxia), which contributes to the devastating losses caused by flooding. Iacopino et al. set out to develop a more specific method for detecting oxygen levels in plants, based on the mammalian Hypoxia Inducible transcription Factor HIF. HIF is hydroxylated by…
Quantitative imaging to investigate regulators of membrane trafficking in Arabidopsis stomatal closure ($) Traffic
Plant Science Research WeeklyProperly functioning guard cells change size in response to myriad stimuli to control the passage of water and gasses through stomata. The change in volume is mirrored by changes in plasma membrane surface area, with membrane moving dynamically between tonoplast and plasma membrane as needed. Bourdais…
Editorial. Counting what counts: quantitative approaches in plant cell biology (COPB)
Plant Science Research WeeklyIn the new Cell Biology issue of Current Opinion in Plant Biology, editors Haswell and Dixit have chosen to focus on quantitative cell biology, arguing that, “if seeing is believing, then measuring is knowing.” Topics of the issue's reviews span parts of the cell (including cell wall, cytoskeleton,…
Finding candidate genes in maize with Camoco (Plant Cell)
Plant Science Research WeeklySchaefer and colleagues have developed Camoco (Co-analysis of molecular components), which integrates data from GWAS and co-expression networks to identify high confidence candidate genes associated with a phenotype of interest. To evaluate the program they used GWAS and co-expression data from maize.…
Review: Single-particle tracking for the quantification of membrane protein dynamics in living plant cells (Mol. Plant)
Plant Science Research WeeklyReal-time tracking is a hugely powerful way to understand the behaviour of single proteins. Cui et al. review the methods and applications of single-particle tracking (SPT) in plant cells. They describe the applications of variable-angle total internal reflection fluorescence microscopy (VA-TIRFM) to…