タイムラプスビデオ
タイムラプスビデオ
- WSL-1850_Wound healing captured by CytoWatcher II
コンフルエントのNIH3T3 細胞にチップでひっかき傷（創傷）を作り、修復される様子をCytoWatcher Ⅱにより10 分間隔でインターバル撮影しました。細胞が躍動的に移
動する様子が観察できます。 - WSL-1850_Fluorescent Imaging of GFP expressed NIH3T3 cells
EGFP 発現ベクターを導入してから20 時間後のNIH3T3 細胞を、CytoWatcher Ⅱ FL で撮影したイメージを示しています。遺伝子導入後、18 ～ 30 時間後を20分間隔でインターバル撮影により撮影しました。
- WSL-1800_CytoWatcher_Time-lapse cell imaging of GFP cells (FL/BF merged)
※英語字幕の動画です。
Fluorescence and bright field time-lapse images of NIH 3T3 cells (a 35 mm glass bottom dish) for 48 h after transfection of EGFP expression vector, using a fluorescent imaging model of CytoWatcher. ATTO CytoWatcher. - WSL-1800_CytoWatcher_Time-lapse cell imaging of GFP cells
Fluorescence time-lapse images of NIH 3T3 cells (a 35 mm glass bottom dish) for 48 h after transfection of EGFP expression vector, using a fluorescent imaging model of CytoWatcher. ATTO CytoWatcher.
- WSL-1800_CytoWatcher_Time-lapse cell imaging of IVF bovine embryos
Time-lapse live cell imaging system, CytoWatcher (ATTO) Time-lapse monitoring bovine embryos 6 hours after in vitro fertilization for 9 days (0.5 h-intervals) in an incubator By courtesy of Kei Imai, Department of Sustainable Agriculture, Rakuno Gakuen University, Japan ATTO CytoWatcher.
- WSL-1800_CytoWatcher_Time-lapse cell imaging of Wound healing assay
Time-lapse live cell imaging system, CytoWatcher (ATTO) Wound healing assay with fibroblast NIH3T3 cells for 24 h (30 minutes-intervals) in a CO2 incubator ATTO CytoWatcher.
- Time-lapse cell imaging, NIH3T3 cells by CytoWatcher
Time-lapse live cell imaging system, CytoWatcher (ATTO)
Growth of fibroblast NIH3T3 cells for 72 h (30 minutes-intervals) in a CO2 incubator
Time-lapse video
- WSL-1850_Wound healing captured by CytoWatcher II
- WSL-1850_Fluorescent Imaging of GFP expressed NIH3T3 cells
- WSL-1800_CytoWatcher_Time-lapse cell imaging of GFP cells (FL/BF merged)
Fluorescence and bright field time-lapse images of NIH 3T3 cells (a 35 mm glass bottom dish) for 48 h after transfection of EGFP expression vector, using a fluorescent imaging model of CytoWatcher. ATTO CytoWatcher.
- WSL-1800_CytoWatcher_Time-lapse cell imaging of GFP cells
Fluorescence time-lapse images of NIH 3T3 cells (a 35 mm glass bottom dish) for 48 h after transfection of EGFP expression vector, using a fluorescent imaging model of CytoWatcher. ATTO CytoWatcher.
- WSL-1800_CytoWatcher_Time-lapse cell imaging of IVF bovine embryos
Time-lapse live cell imaging system, CytoWatcher (ATTO) Time-lapse monitoring bovine embryos 6 hours after in vitro fertilization for 9 days (0.5 h-intervals) in an incubator By courtesy of Kei Imai, Department of Sustainable Agriculture, Rakuno Gakuen University, Japan ATTO CytoWatcher.
- wsl-1800-cytowatcher-time-lapse-cell-imaging-of-wound-healing-assay
Time-lapse live cell imaging system, CytoWatcher (ATTO) Wound healing assay with fibroblast NIH3T3 cells for 24 h (30 minutes-intervals) in a CO2 incubator ATTO CytoWatcher.
- Time-lapse cell imaging, NIH3T3 cells by CytoWatcher
Time-lapse live cell imaging system, CytoWatcher (ATTO)
Growth of fibroblast NIH3T3 cells for 72 h (30 minutes-intervals) in a CO2 incubator