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Histopathology

Home > Services > Histopathology Automated Scanning

Automated Slide Scanning Services

HIGH-DEFINITION WHOLE SLIDE IMAGE SCANNING

SeqMatic offers whole automated slide scanning services. The histopathology laboratory uses NanoZoomer S60 Digital slide scanner which supports both brightfield and fluorescence imaging. The NanoZoomer S60 is a high-speed scanner that delivers high-resolution digital data for analysis. It has a magnification setup of up to 40X Service Highlights:

Comprehensive Services with an in-house pathologist

Consultation available

SeqMatic can validate and optimize special stains

Identify and highlight structures & cellular components for your research tissues

Flexibility & Convenience

SeqMatic’s “Fetch-Seq”™ sample courier pick-up services in the S.F. Bay Area

Quick Processing

Laboratory is located in Fremont, California – USA

Wide Range of Sample Types

Inquire about other tissue and stain types!

Scanning System Benefits

NanoZoomer S60 has 4 fluorescent channels, FITC, TRITC, Cy5 and DAPI
- 60 slide capacity for high-volume slide scanning runs
- supports slide sizes of 1″ x 3″ (26 mm x 76 mm) and 2″ x 3″ (52 mm x 76 mm)
- free software download available for viewing

The NanoZoomer S60 enhances imaging capabilities with a fluorescence module to obtain superimposed bright-field and fluorescent images.

Scanned images are easily checked from the whole to the detail image.

The NanoZoomer software (NDP.view2) is Windows/mac OS compatible and can be implemented on both local and web environments.

Schupp, Patrick Georg. Clarifying the Transcriptional Profiles of Malignant Clones and Nonmalignant Cells of the Microenvironment through Multiscale and Multiomic Analysis of Individual Tumors. Diss. UCSF, 2023.

Barker, Scarlett J., et al. “Targeting Transferrin Receptor to Transport Antisense Oligonucleotides Across the Blood-Brain Barrier.” bioRxiv (2023): 2023-04.

Nair, Anup K., et al. “Generation of Isogenic hiPSCs with Targeted Edits at Multiple Intronic SNPs to Study the Effects of the Type 2 Diabetes Associated KCNQ1 Locus in American Indians.” Cells 11.9 (2022): 1446.

Find other Research Publications from around the world!

DISCLAIMER: Grossing images featured in this page are borrowed from nabva.eu fata collection dissection – normal aging brain.

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