A simple mathematical model for the signal received by the dichroic photoreceptor molecules in the motile alga, Euglena gracilis, when irradiated by polarized light, is described and used to test hypotheses for the control strategies employed by the microorganism during negative phototaxis. The model is used to analyse and explain the experimental results of Häder (1987. Arch. Microbiol.147, 179–183)
The adaptation to a strong light is one of the essential characteristics of green algae, yet lacking...
Little is known about the photoreceptors involved in the photoperiodism of unicellular organisms, wh...
Recently it was shown that the unicellular flagellate Euglena gracilis changes the sign of gravitaxi...
A simple mathematical model for the signal received by the dichroic photoreceptor molecules in the m...
A simple mathematical model for the signal received by the photoreceptors of microorganisms such as ...
Phototaxis, the process through which motile organisms direct their swimming toward or away from lig...
I. To test the shading hypothesis for phototaxis of Euglena gracilis, I performed behaviour experime...
The directionality of phototaxis combined with gravitaxis was investigated experimentally for popula...
By means of modeling and mathematical analysis, this thesis investigates negative phototaxis of Eugl...
In this study, we developed a microfluidic system to elucidate the behavioral response of Euglena gr...
The secondary green microalga Euglena gracilis is an important species for diverse biotechnological ...
By using a real-time assay that allows measurement of the phototactic orientation of the unicellular...
A unified mathematical model is presented of the reversible effects of ultraviolet (UV) and photorea...
Phototaxis, the process through which motile organisms direct their swimming toward or away from lig...
Chlamydomonas shows both positive and negative phototaxis. It has a single eyespot near its equator,...
The adaptation to a strong light is one of the essential characteristics of green algae, yet lacking...
Little is known about the photoreceptors involved in the photoperiodism of unicellular organisms, wh...
Recently it was shown that the unicellular flagellate Euglena gracilis changes the sign of gravitaxi...
A simple mathematical model for the signal received by the dichroic photoreceptor molecules in the m...
A simple mathematical model for the signal received by the photoreceptors of microorganisms such as ...
Phototaxis, the process through which motile organisms direct their swimming toward or away from lig...
I. To test the shading hypothesis for phototaxis of Euglena gracilis, I performed behaviour experime...
The directionality of phototaxis combined with gravitaxis was investigated experimentally for popula...
By means of modeling and mathematical analysis, this thesis investigates negative phototaxis of Eugl...
In this study, we developed a microfluidic system to elucidate the behavioral response of Euglena gr...
The secondary green microalga Euglena gracilis is an important species for diverse biotechnological ...
By using a real-time assay that allows measurement of the phototactic orientation of the unicellular...
A unified mathematical model is presented of the reversible effects of ultraviolet (UV) and photorea...
Phototaxis, the process through which motile organisms direct their swimming toward or away from lig...
Chlamydomonas shows both positive and negative phototaxis. It has a single eyespot near its equator,...
The adaptation to a strong light is one of the essential characteristics of green algae, yet lacking...
Little is known about the photoreceptors involved in the photoperiodism of unicellular organisms, wh...
Recently it was shown that the unicellular flagellate Euglena gracilis changes the sign of gravitaxi...