GGrantIndex
← Search

Cell Sorting

$20,473P30FY2012CANIH

Fox Chase Cancer Center, Philadelphia PA

Investigators

Linked publications, trials & patents

Paper 39604567Paper 39602533Paper 39554190Paper 39546469Paper 39521739Paper 39514554Paper 39371220Paper 39345610Paper 39343653Paper 39223207Paper 39207123Paper 39189642Paper 39148468Paper 39137728Paper 39072643Paper 39060143Paper 39013784Paper 39003201Paper 38982062Paper 38976159Paper 38963567Paper 38914477Paper 38871720Paper 38865671Paper 38853421Paper 38835516Paper 38815457Paper 38811332Paper 38798370Paper 38766032Paper 38747616Paper 38678525Paper 38659828Paper 38639476Paper 38638131Paper 38600381Paper 38586274Paper 38586042Paper 38559274Paper 38547779Paper 38539515Paper 38464238Paper 38452871Paper 38432028Paper 38421650Paper 38377387Trial NCT04290585Trial NCT03177057Trial NCT02594826Trial NCT02132884Trial NCT02132858Trial NCT02132845Trial NCT02110953Trial NCT02092714Trial NCT02050009Trial NCT01982591Trial NCT01962948Trial NCT01934179Trial NCT01840150Trial NCT01462630Trial NCT01316757Trial NCT01212822Trial NCT00750009Trial NCT00509626Trial NCT00458588Trial NCT00436397Trial NCT00433524Trial NCT00084591Trial NCT00084539Trial NCT00084526Trial NCT00084513Trial NCT00066677Trial NCT00062322Trial NCT00062309Trial NCT00043108Trial NCT00039520Trial NCT00039507Trial NCT00022308Trial NCT00021398Trial NCT00021372Trial NCT00021346Trial NCT00021333Trial NCT00021320Trial NCT00005037Trial NCT00003264Trial NCT00003263Trial NCT00003109Patent 9533040Patent 9182383Patent 9101603Patent 8980258Patent 8685658Patent 8609437Patent 8580263Patent 8329873Patent 7332585Patent 7332580Patent 7129057Patent 6946275Patent 6617427

Abstract

PROJECT SUMMARY (See instructions): The Cell Sorting Facility (CSF) offers Fox Chase Cancer Center (FCCC) investigators the capability of analyzing single cell suspensions by up to 14 independent measurements, 12 of which are based on immunofluorescence and two on light scattering. In calendar year 2009 the Facility was used by 31 peer-reviewed, funded investigators across four of the five CCSG Research Programs. The large majority of Facility usage (98.5%) was by peer-reviewed, funded investigators. Major applications of flow cytometry include discrimination and isolation (sorting) of cell subpopulations (at up to 20,000 cells/sec), isolation of rare variant (1/10'') cell subsets, characterization of tumors or cell lines, and single cell cloning of cell subpopulations by direct deposition into 96-well plates. The current sorter provides high-speed 4-stream sorting and digital detection. A UV-capable laser enables measurement of calcium flux and viable cell DNA content. In addition to the 3-laser 12-color cell sorter (FACS-VantageSE/DiVa), the Facility also includes an analysis-only 10-color LSR-II and a 3-color FACScan. In 2009 the Center provided funds ($240,000) for a new Bay Biosystems JSAN desktop cell sorter. The user-operated JSAN is capable of up to 8-color 2-stream sorting and utilizes 3-beam excitation with flow-cell detection, including a UV laser. The Facility aids users with advice on experimental design (including availability of reagents and appropriate fluorochromes), sample preparation, and data interpretation. Software developed with the FCCC Biostatistics and Bioinformatics Facility (BBF), the Flow-LIMS, is used for data annotation, organization, and archiving. Analysis is done on investigators' laboratory computers using a highly interactive, graphical software program, FlowJo. Hours of usage, 2,778/year (currently estimated at over 64% of theoretical capacity), has increased 34% since the last review and is projected to increase over the next five years with planned recruits across all five Programs, Hardy (Immune Cell Development and Host Defense (ICDHD) Program), has directed this resource since 1987 and has responsibility for Facility operations. Equitable access to the Facility is assured by Facility policy, oversight from a Facility Advisory Committee (FAC) and a governing Facilities Parent Oversight Committee (FPOC).

View original record on NIH RePORTER →