BZ-9000 SERIES

Applications

The versatility of the BZ Series Fluorescence Microscope makes it the ideal system for both fluorescence and bright field imaging.

Bright field

Fluorescence

Induced pluripotent stem cell
Overlay

Induced pluripotent stem cell

Stem cell
Phase overlay

Stem cell

Live-cell/Time-Lapse

Time-lapse image of cell division

Time-lapse image of cell division

Cell division of thyroid cancer cells
(KTC-1 cells)

Recording conditions

Magnification: 60x oil immersion lens
Glass-bottom dish
36 minute recording in 2-minute intervals

Sample provider

Saitama Medical University
Biomedical Research Center, Division of Morphological Science, Cytometry Laboratory
Dr. Susumu Ohshima

Cancer cell growth

Cancer cell growth

Distribution of Qdots-655, which has been passed down to daughter cells through cell division

Recording conditions

Magnification: 60x oil immersion lens
Glass-bottom dish
1 hour recording in 3-minute intervals

Sample provider

National Institute of Advanced Industrial Science and Technology
Research Institute for Cell Engineering
Cell Proliferation Research Group

Axonal elongation of neural progenitor cells

Axonal elongation of neural
progenitor cells

PC12 cells in a glass-bottom dish

Recording conditions

Magnification: 60x oil immersion lens
Semrock GFP filter/
Diffusion Filter + 40% dimmer filter

Cell network formation

Cell network formation

Network formation that has used endothelial model cells

Recording conditions

Magnification: 10x
35 mm dish/
12 hour recording in 20-minute intervals.

Sample provider

Tokyo Institute of Technology
Department of Bioscience and Biotechnology
Akaike & Tagawa Laboratory

Playback of muscle cells

Muscle cell movement

Captures cellular behavior (division).

Recording conditions

Specimen: Muscle tissue
Magnification: 40x phase-contrast
Time interval: 5 minutes

Cross section of multilayer film

Differentiation induction of mouse iPS cells for cardiac muscle

Recording conditions

Magnification: 40x
35 mm dish

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