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Overview of technology

Parse Biosciences Single cell sequencing

Evercode™ split-pool combinatorial barcoding enables you to scale up your single cell projects to millions of cells or nuclei. The technology uniquely labels cells without needing to isolate or sort individual cells.

https://www.parsebiosciences.com/

10x Genomics spatial sequencing

https://www.10xgenomics.com/products/spatial-gene-expression?utm_medium=search&utm_source=google&utm_campaign=sem-goog-2022-website-page-ra_g-brand-mixed-apac&useroffertype=website-page&userresearcharea=ra_g&userregion=apac&userrecipient=customer&usercampaignid=7011P0000015V8MQAU&gad_source=1

Official Parse Biosciences site

Sample requirements

Cell requirements vary

Single-cell RNA sequencing using the chromium 10X genomics method and the 10x chromium controller require cells to be at high viability and approx 10,000 cells per sample. We work with the University of Auckland flow cytometry group if your cells need to be sorted prior to single-cell sequencing.  It is best to talk with us to plan these experiments.

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