Live cell imaging of HeLa cells: Live cell imaging of HeLa cells stable expressing Cell Cycle-Chromobody (TagRFP). Images from a time series of 22 hours are shown

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Cell Cycle-Chromobody signal during the cell cycle: In G1, the Chromobody signal is homogeneously distributed throughout the nucleus and cytoplasm. During S phase it accumulates in the nucleus and visualizes the formation of replication foci. In G2, the foci disappear and the cell divides (mitosis).

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Time lapse video: Live cell imaging of the stable cell line HeLa-Cell Cycle Chromobody TagRFP expressing Cell Cycle-Chromobody.

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The time lapse analysis reveals the reorganization of actin after treatment with Cytochalasin D: HeLa cells were subjected to confocal imaging upon treatment with 2 µM of Cytochalasin D for 1 hour and recovery for 4 hours. Actin Chromobody enables monitoring of actin dynamics in real-time in living cells.

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Nuclear Actin-Chromobody: NIH 3T3 cells (murine fibroblasts) transfected with the nuclear Actin-Chromobody (TagGFP2, green) and the Lamin-Chromobody (TagRFP, red) were starved in serum-free medium for 24 hours. Nuclear Actin-Chromobody probed endogenous F-actin assembly and distribution is shown 30 s after stimulation with serum. Courtesy of Matthias Plessner.

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U2OS cell line expressing Lamin-Chromobody fused to the green fluorescent protein TagGFP

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Time series of imaging DNA damage in HeLa cells after microirradiation: The PARP1-Chromobody allows real-time monitoring of PARP1 recruitment to the location of DNA damage after microirradiation (yellow triangle) in living cells.

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Time series of imaging DNA damage in HeLa cells after microirradiation: The PARP1-Chromobody allows real-time monitoring of PARP1 recruitment to the location of DNA damage after microirradiation (yellow triangle) in living cells.

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Visualize vimentin cytoskeleton with the Vimentin-Chromobody in real time in your cell line of interest

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Vimentin-Chromobody visualizes Vimentin filaments in live cells

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