Movie 1
Real-time imaging of Ca2+ signals induced in Arabidopsis upon sensing odorants.
Ca2+ signals were induced in Arabidopsis by odorants released from insect-damaged plants.
Movie 2
Ca2+ signals in Arabidopsis upon sensing (Z)-3-hexenal.
Ca2+ signals were induced in the leaves that sensed (Z)-3-hexenal volatilized from (Z)-3-hexenal solution.
Movie 3
Cell-level analyses of Ca2+ signals induced by (Z)-3-hexenal.
Upon exposure to (Z)-3-hexenal, Ca2+ signals were firstly observed in guard cells (left movie), secondly in mesophyll cells (central movie), and finally in epidermal cells (right movie).
Movie 4
(Z)-3-hexenal-induced Ca2+ signals in leaves treated with abscisic acid.
In the mutants that are deficient in stomatal closures (slac1 and ost1), (Z)-3-hexenal-induced Ca2+ signals were not delayed even when abscisic acid was treated.
Movie 1
Long-distance rapid Ca2+ signals upon touching in Mimosa pudica
Movie 2
Long-distance rapid Ca2+ signals upon wounding in Mimosa pudica
Movie 3
High temporal resolution imaging of Ca2+ signals in pulvini and leaflet movements in wounded Mimosa pudica
Movie 4
Simultaneous measurement of Ca2+ and electrical signals in wounded Mimosa pudica
Movie 5
Ca2+ signals and rapid leaflet movements upon feeding by a grasshopper
Movie 6
Ca2+ signals and rapid leaflet movements upon feeding by a grasshopper
This movie is continued from Movie 5.
Movie １
Long-distance, rapid Ca2+ signal in response to insect feeding in Arabidopsis.
Movie 2
Long-distance, rapid Ca2+ signal in response to mechanical wounding in Arabidopsis.
Movie 3
Glutamate-induced systemic Ca2+ signal propagation in Arabidopsis.
Movie 4
Real-time imaging of apoplastic glutamate dynamics upon wounding in Arabidopsis.