Impact of membrane excitability on fluidic transport of photometabolites and their cell-to-cell
passage via plasmodesmata was examined by pulse-modulated chlorophyll (Chl) …

Signaling pathways in plant cells often comprise electrical phenomena developing at the
plasma membrane. The action potentials in excitable plants like characean algae have a …

Excitable cells of higher plants and characean algae respond to stressful stimuli by
generating action potentials (AP) whose regulatory influence on chlorophyll (Chl) …

The membrane potential (V m) of a cell results from the selective movement of ions across
the cell membrane. Recent studies have revealed the presence of a gradient of voltage …

Rapid cytoplasmic streaming in characean algae mediates communications between
remote cell regions exposed to uneven irradiance. The metabolites exported from brightly …

Export of reducing power from chloroplasts to cytoplasm serves to balance the NADPH/ATP
ratio that is optimal for CO 2 assimilation. Rapid cytoplasmic streaming in characean algae …

Giant-sized cells, such as the internodes of characean algae, demonstrate rapid (up to 100
μm/s) rotational cytoplasmic streaming that participates in long-distance intracellular …

Illuminated giant cells of characean algae exhibit membrane excitability as well as the
spatial patterns of photosynthesis and transmembrane H+ fluxes. The excitation of …

Гигантские клетки Characeae, находясь на свету, сочетают возбудимость с
неравномерным распределением фотосинтеза и трансмембранных потоков Н+ …

Клеткам гигантских размеров, таким как междоузлия харовых водорослей, свойственно
быстрое (до 100 мкм/с) круговое течение цитоплазмы, которое участвует в дальних …