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light oxygen voltage.
In the present study, we designed a light-switchable degron consisting of a light oxygen voltage (LOV) domain of Avena sativa phototropin 1 (andOV2) and a C-terminal degron.
Drepper at al. showed that the codon optimization of these photoreceptors in the light oxygen voltage domains of E. coli and the "facultative" anaerobic bacterium Rhodobacter capsulatus generates significant degree of cyan-green fluorescence expression both in the absence and presence of oxygen.
This engineered tool consists of the photoreceptor domain light oxygen voltage 2 (LOV2) from Arabidopsis thaliana phototropin1 fused to a sequence that induces direct proteasomal degradation, which was derived from the carboxy-terminal degron of murine ornithine decarboxylase.
For example, proton dissociation in GFP and the adduct formation reaction in the flavin-based blue light sensors of the LOV (light, oxygen, voltage) family show slower kinetics at elevated temperatures.
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light-oxygen-voltage. optical density.
The mechanism of light-triggered conformational change and signaling in light-oxygen-voltage (LOV) domains remains elusive in spite of extensive investigation and their use in optogenetic studies.
We reprogrammed the input signal specificity of a normally oxygen-sensitive, light-inert histidine kinase by replacing its chemosensor domain by a light-oxygen-voltage photosensor domain.
By engineering the light-oxygen-voltage (LOV) domain of Arabidopsis thaliana phototropin 2 (AtPhot2), fluorescent flavoprotein miniSOG was originally developed to improve correlative light and electron microscopy [64, 65].
Phototropins are UV-A/blue light receptor proteins with two LOV (Light-Oxygen-Voltage) sensor domains at their N terminus and a kinase domain at the C-terminus in photoautotrophic organisms.
The recent development of synthetic photo-activatable proteins designed using the light-oxygen-voltage and phytochrome domains provides a new set of tools for genetically targeted optical control of cell signaling.
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