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NYU Langone Cytometry Core

New York, New York, US

Flow cytometry is a powerful technology used to measure different aspects of a cell or particles in real time and high throughput. Measurements are acquired optically by using different lasers to detect fluorophores; multi-parameter analysis of up to 29 parameters can be measured in this lab. Applications include immunophenotyping, cell cycle, intracellular fluorophore detection (ex GFP, RFP), among many others. These assays can utilize cell sorting technology, which physically isolates populations of interest for downstream applications including cell culture, RNA/microarray analysis, single cell cloning, and many more. Sorting of viable biohazardous material can be accommodated in our BSL2 or BSL3 laboratories. Flow cytometry is adaptable and can be tailored to your particular inquiry; contact the core staff to discuss if this technology is the best choice for your research needs.

Recent Publications

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Flow cytometry is a powerful technology used to measure different aspects of a cell or particles in real time and high throughput. Measurements are acquired optically by using different lasers to detect fluorophores; multi-parameter analysis of up to 29 parameters can be measured in this lab. Applications include immunophenotyping, cell cycle, intracellular fluorophore detection (ex GFP, RFP), among many others. These assays can utilize cell sorting technology, which physically isolates populations of interest for downstream applications including cell culture, RNA/microarray analysis, single cell cloning, and many more. Sorting of viable biohazardous material can be accommodated in our BSL2 or BSL3 laboratories. Flow cytometry is adaptable and can be tailored to your particular inquiry; contact the core staff to discuss if this technology is the best choice for your research needs.

Recent Publications

  • Peter Lopez, Thomas C. O'Reilly, Denis Klimov, 'Cytometers Set Sail With Sea-Going Mobile Robots', 2015-08-06; 1948-1209, Marine Technology Society journal - id: 1704002, year: 2015
  • Demirkan B Gürsel, Matei A Banu, Nicholas Berry, Roberta Marongiu, Jan-Karl Burkhardt, Keith Kobylarz, Michael G Kaplitt, Shahin Rafii, John A Boockvar, 'Tight regulation between cell survival and programmed cell death in GBM stem-like cells by EGFR/GSK3b/PP2A signaling', Journal of Neuro-Oncology 10/2014; 121(1). DOI:10.1007/s11060-014-1602-3
  • P. Lopez, 'Embracing biosafety in the flow cytometry laboratory', 2015-03-03; 1524-0215, Journal of biomolecular techniques - id: 1476562, year: 2013
  • P. Lopez, 'New advances in cytometric instrumentation', 2015-03-03; 1524-0215, Journal of biomolecular techniques - id: 1476532, year: 2013
  • S. Tighe, M. DeLay, P. Lopez, 'Overview of the new flow cytometry rg and proposed cell sorting (FACS) microarray study', 2015-03-03; 1524-0215, Journal of biomolecular techniques - id: 1476542, year: 2013
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Flow Cytometry
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BSL-3 cell sorting-- Infectious sample sorting using SONY Synergy cell sorter in BSL-3 facility.
Please contact us to discuss your needs

BSL-3 cell sorting-- Infectious sample sorting using SONY Synergy cell sorter in BSL-3 facility.
Please contact us to discuss your needs

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Biology
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Cells and Tissues
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Cytometry
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