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Nanozoomer digital pathology system view software

Manufactured by Hamamatsu Photonics
Sourced in Japan

The NanoZoomer Digital Pathology System view software is a digital imaging solution designed for the visualization and analysis of pathology samples. It provides a platform for viewing and managing digital slide images captured using Hamamatsu's NanoZoomer slide scanners.

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2 protocols using nanozoomer digital pathology system view software

1

Quantifying IBA1 Expression in SCI

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We used NanoZoomer RS slide scanner with constant light intensity and exposure time and NanoZoomer Digital Pathology System view software (Hamamatsu, Hamamatsu, Japan). To quantify SCI and GW2580 treatment-induced changes in IBA1 expression, the mean optical density (OD) was measured along the spinal cord, as previously described (ImageJ, National Institutes of Health, USA) 23 (link), 33 (link), 34 (link), 37 . To minimize bias in staining intensity, all immunostainings for a given antibody and a given time-point were done in parallel. For all antibodies used, expression levels were analyzed in at least 40 and 16 axial sections throughout the lesion segment of the spinal cord at 210 µm and 630 µm intervals for Microcebus Murinus and mice respectively. OD quantifications included grey and white matters (excluding the dorsal funiculus) and dorsal funiculus. Background was subtracted from OD values of each section. All quantifications were done blindly.
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2

Spinal Cord Injury Microscopy Analysis

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Brightfield microscopy: We used NanoZoomer RS slide scanner with constant light intensity and exposure time and NanoZoomer Digital Pathology System view software (Hamamatsu, Hamamatsu, Japan). To quantify SCI and GW2580 treatment-induced changes in IBA1 expression, the mean optical density (OD) was measured along the spinal cord, as previously described (ImageJ, National Institutes of Health, USA) [22, 57, 58, 61] . To minimize bias in staining intensity, all immunostainings for a given antibody and a given time-point were done in parallel. For all antibodies used, expression levels were analyzed in at least 40 and 16 axial sections throughout the lesion segment of the spinal cord at 210µm and 630µm intervals for Microcebus Murinus and mice respectively. OD quantifications included grey and white matters (excluding the dorsal funiculus) and dorsal funiculus. Background OD was subtracted from OD values of each section. All quantifications were done blindly. μs/scan, respectively) and either a zoom x 1.2 or x 3. CARS excites the CH2 vibrational mode at 2845cm -1 and CH2 bonds are found in lipids [64] . Excitation wavelengths are 836 and 1097nm (synchronized Ti-saphire and OPO, respectively) and the signal is detected at 675nm (filter from 660-685nm). Pictures are a stack of 3µm (3 slices). Myelin degradation and myelin density were scored and manually quantified, respectively.
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