SCAPE 2.0 dual-color 3D imaging of zebrafish embryo and C. elegans.
Zebrafish:
SCAPE 2.0 dual-color, high-speed imaging of blood flow in a beating embryonic zebrafish heart acquired at 100 volumes per second over a 270 x 260 x 128 xyz micron field of view. The heart wall is shown in green (EGFP) and the red blood cells are shown in red (DsRed).
C. elegans:
SCAPE 2.0 dual-color 3D imaging of a freely moving C. elegans worm acquired at 25.7 Volumes per second over a 400 x 230 x 40 micron xyz field of view. The C. elegans expresses nuclear-localized, pan-neuronal GCaMP6s (shown in green) and tagRFP (shown in red).
Credits:
Zebrafish: Venkatakaushik Voleti/ Kimara Targoff/ Hillman lab/ Columbia’s Zuckerman Institute
C. elegans: Venkatakaushik Voleti/ Hillman lab/ Columbia’s Zuckerman Institute
Видео SCAPE 2.0 dual-color 3D imaging of zebrafish embryo and C. elegans. канала Columbia University's Zuckerman Institute
SCAPE 2.0 dual-color, high-speed imaging of blood flow in a beating embryonic zebrafish heart acquired at 100 volumes per second over a 270 x 260 x 128 xyz micron field of view. The heart wall is shown in green (EGFP) and the red blood cells are shown in red (DsRed).
C. elegans:
SCAPE 2.0 dual-color 3D imaging of a freely moving C. elegans worm acquired at 25.7 Volumes per second over a 400 x 230 x 40 micron xyz field of view. The C. elegans expresses nuclear-localized, pan-neuronal GCaMP6s (shown in green) and tagRFP (shown in red).
Credits:
Zebrafish: Venkatakaushik Voleti/ Kimara Targoff/ Hillman lab/ Columbia’s Zuckerman Institute
C. elegans: Venkatakaushik Voleti/ Hillman lab/ Columbia’s Zuckerman Institute
Видео SCAPE 2.0 dual-color 3D imaging of zebrafish embryo and C. elegans. канала Columbia University's Zuckerman Institute
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27 сентября 2019 г. 20:05:05
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