Nitellopsis
National Institutes of Health
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The effect of nickel (Ni) on the generation of plant bioelectrical signals was evaluated in Nitellopsis obtusa, a Characean model…
Light controls multiple physiological processes in plants. Membrane potential is widely used to report the early events as…
Eighteen charophyte species are documented from the Upper Eocene-Lower Oligocene transitional and terrestrial facies on the…
The antimicrobial activity and extraction conditions of Nitellopsis obtusa was studied. The results showed that the ethanol…
Aluminium is the third most abundant chemical ele-ment in the Earth’s crust. Aluminium toxicity andlong-term accumulation in…
The decomposition of urea by Nitellopsis obtusa from Characeae was investigated. The intact cells were exposed to the inhibition…
The charophytes of the Miocene deposits from Li belong to the same taxon: Nitellopsis (Tectochara) merianii group. The…
We measured the densities of the cell sap, endoplasm and cell wall of Nitellopsis obtusa and Chara corallina using interference…
Light-induced changes of pH in the vacuole as well as changes of the electric potential difference across the plasmalemma and the…
Birefringence change during excitation was studied by using Nitellopsis obtusa. The velocity change of cytoplasmic streaming…