Blue Light-Induced Branching in Vaucheria. Requirement of Nuclear Accumulation in the Irradiated Region

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緑藻ハネモ(ハネモ目)の遊走子形成期における核の挙動
Bimodal Polarotropism of Vaucheria to Polarized Blue Light:Parallel Polarotropism at High Fluence Rate Corresponds to Negative Phototropism
EACH NUCLEUS OF THE COENOCYTIC CELL OF VAUCHERIA HAS A LONG, LONGITUDINALLY EXTENDING BUNDLE OF MICROTUBULES.
DNA-binding specificity of bZip-LOV proteins as putative blue-light photoreceptors in Vaucheria
Effects of chemical components and nitrogen sources on zygospore development in Phycomyces blakesleeanus
Bicarbonate enhances synchronous division of the giant nuclei of sporophytes in Bryopsis plumosa
Mitosis and mitotic wave propagation in the coenocytic alga, Vaucheria terrestris sensu Goetz
Blue Light-Induced Branching in Vaucheria. Requirement of Nuclear Accumulation in the Irradiated Region
Accumulation of nuclei, which is indispensable for the bluelight-induced cytomorphogenesis in Vaucheria, is inhibited by Cytochalasin
BLUE LIGHT TRIGGERED MITOSIS AND BRANCHING IN THE IRRADIATED REGION OF VAUCHERIA COENOCYTIC TUBE
CHANGE IN MICROTUBULAR ORIENTATION DURINGBLUE LIGHT-INDUCED BRANCHING IN VAUCHERIA
Expansion of Vaucheria Cell Apex Caused by Blue or Red Light
Negative Phototropism in Vaucheria terrestris Regulated by Calcium I. Dependence on Background Blue Light and External Calcium Concentration
Negative Phototropism in Vaucheria terrestris Regulated by Calcium III. The Role of Calcium Characterized by Use of a High-Power Argon-Ion Laser as the Source of Unilateral Blue Light
Negative Phototropism of Vaucheria terrestris Regulated by Calcium II. Inhibition by Ca^-Channel Blockers and Mimesis by A23187
The Light-Growth Response of Vaucheria. A conditio sine qua non of the Phototropic Response?

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