![[New Model]Streamline imaging and analysis with a single platform BZ-X800](/Images/banner_bz-x800_sp_1785313.jpg)
Brain section
Capturing high-resolution images
Observation of rat brain nerve tissue
- Function used
- Image stitching
Golgi staining, which stains axons and dendrites of nerve cells, is often used to observe nerve tissue in brain sections. Conventionally, several points in a brain section have to be observed because stained nerve cells are not completely focused due to the thickness of the section and the section itself being too large to fit in the field-of-view.
Fully-focused image composition
Composes only focused areas by adjustment in the Z direction
Image Stitching
Objective lens:CFI Plan Apo λ10x
Image stitching:16 x 13 images
Once you have the BZ-X:
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 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, even if the specimen is tilted or has height differences.
Hybrid Cell Count enables the user to extract only target cells from the entire section and automatically calculate their ratio.
Based on the conditions extracted using Hybrid Cell Count, Macro Cell Count can be used for batch processing of several images.
![[New Model]Streamline imaging and analysis with a single platform BZ-X800](/Images/bzx_cat-thumb_03_1749509.jpg)
