[New Model]Streamline imaging and analysis with a single platform BZ-X800

Application example: ES cells

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ES cells

Capturing clear images without fluorescence blurring

Differentiation of ES cells into nervous system cells

Nerve cells are easily affected by fluorescence blurring due to their complicated structure, which is why laser confocal microscopes are often used to observe them. As shown below, KEYENCE's optical sectioning mode can eliminate blurring of green neuropeptides for clear observation.

Conventional observation

Sectioning observation

Objective lens:CPI Plan Apo λ 40xH

What are ES cells?

ES (Embryonic Stem) cells are produced from inner cell masses in the initial stage of fertilized eggs. They are expected to be used in various applications, including regenerative medicine, due to their pluripotent differentiation and potential to proliferate almost infinitely.

Once you have the BZ-X:

The Sectioning function eliminates fluorescence blurring to provide clear images.

From multiple images captured at different planes in the Z direction, just the focused sections can be combined to create a fully-focused image of the entire specimen.

In addition to a fully-focused image, a high-resolution 3D image can also be composed to view the localization in the Z direction and the 3D shape of the specimen.

For large sections that do not fit in the field-of-view, a single high-resolution image can be obtained by stitching together several adjacent areas.

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[New Model]Streamline imaging and analysis with a single platform BZ-X800

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