… In response to bacterial pathogens, plant cells, like animal cells, utilize specialized cell surface
… In addition to the nuclear Ca 2+ oscillation, Nod factors also induce a tip-focused Ca 2+ …

… represent different underlying cellular control mechanisms and … and study of Ca 2+ mediated
signal transduction in plant cells. … different oscillators for each cell or tissue type or each cell …

… It is likely that many more oscillators will be found as the kinetic properties and locations of
… the plant cell biologist, our understanding of the anatomy and function of Ca 2+ oscillators is …

… of putative oscillators that co-exist in plant cells, it remains to be determined (1) if and how
they interact and (2) if there is a coordinated action of the different oscillators during circadian …

… Therefore, our data suggest that Ca2+ influx, regulated by an oscillator(s) located in the …
would constitute a prime candidate for an intracellular oscillator. Three categories of Ca2+-…

… in plant cells is incomplete, there are evidences that the rising phase of the oscillation …
likely to be associated with calcium extrusion from the cell across the plasma membrane or …

… One of the most studied biological oscillators in plants, the … Regular oscillation: a single or
multiple frequencies that … of high calcium levels and the formation of insoluble calcium salts [16]…

… So far, only one type of [Ca2+]c oscillationöbaseline transients or spikesöhas been described
in plant cells. In this type of oscillation, the integrated [Ca2+]c elevation is a function of the …

… Calcium elevations and oscillation patterns are generated by activation of diverse types of
… is widely distributed in plants and may be part of a Ca 2+ oscillator and contribute to Ca 2+ …

… ] cyt oscillations in guard cells can control steady-state stomatal aperture changes 4,18 and
therefore show that [Ca 2+ ] cyt oscillation kinetics in plant cells can encode information that …