December 23, 2016  |  Announcements, Education, Publications

Our CEO’s Top Three Takeaways from the 2016 ASH Meeting

We were fortunate to attend the American Society of Hematology mhematology2016covereeting earlier this month in San Diego. It brought together leading clinical scientists to present and discuss advances in malignant and non-malignant hematology.

Since the Cytobank platform is used by many who attended and presented, we were proud to see and be a small part of the exciting science. Highlights for us were:

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December 3, 2016  |  Announcements, Cytobank, Education, Publications

ASH Preview – Don’t Miss These Presentations

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Leaders in the field are utilizing the Cytobank Platform to discover more and are presenting these findings at American Society of Hematology’s 2016 Meeting this weekend, one of the most important clinical meetings world wide, driven by explosive growth in immunotherapy related research.

Below, please find information on some of the innovative research utilizing Cytobank at ASH and follow the hashtag #MadewithCytobank on Twitter for alerts.
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August 12, 2015  |  Announcements, Publications

A Framework for Modeling the Immune System

Spitzer and Gherardini et al., from the Nolan Lab at Stanford University, report a novel bioinformatics approach to mapping the immune system called Scaffold (Single-Cell Analysis by Fixed Force- and Landmark-Directed).

Scaffold allows clustering of samples independently, thus allowing addition of new sample data over time. This approach requires users to develop or use a pre-defined reference map.

In their recent publication in Science, the authors reveal maps comparing immune organization among several tissue compartments, among mouse strains, between circadian states, and between species (mouse and human).
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February 5, 2015  |  Announcements, Publications, User Stories

New Breakthrough Method in Mass Cytometry

Zunder and Finck et al., from the Nolan Lab at Stanford University report new cell barcoding reagents for mass cytometry that incorporate the previously unused element palladium, expanding the number of mass cytometry measurement parameters by six. Leveraging this methodology, they present a new barcoding scheme which can be used to identify and remove cell doublets, as well as provide software that deconvolves barcoded datasets via a “single-cell debarcode” algorithm [1].

The dataset for this paper is hosted and publicly available on Cytobank Community; a free resource for the analysis, workflow, and protocols represented in this paper. Cytobank is the cloud-based analytics platform for single cell analysis. In Cytobank you can easily access and analyze multi-parameter data, visualize findings, produce high-impact graphics, and securely connect and collaborate with colleagues around the world.

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