Title: High Dimensional Flow Cytometry Analyzer Agency: Roswell Park Cancer Institute Corp. Issue Date: 06/22/2018 Due Date: 07/03/2018 Location: Buffalo, NY Category: Medical & Laboratory Equipment - Commodities Ad Type: Requests for information (RFI) and Requests for Comment (RFC)
FACSymphony A3 Flow Cytometry Analyzer with High Throughput Sampler
Haley Veterans Hospital (JAHVH), Tampa, FL, intends to issue a Request for Quote (RFQ) for Flow Cytometry Analyzer and Reagents Lease Rental. North American Industry Classification System (NAICS) code applicable for this procurement is 334516 Analytical Laboratory Instrument Manufacturing. Size Standard 1000 employees. The RFQ solicitation 36C24821Q0808 will be posted to the Contract Opportunities website on or before 27th July 2021.
(v) The Contractor Requirements are listed below:1.0 PURCHASE ORDER TITLEProcurement of a Flow Cytometry Analyzer for the Gershengorn Lab 2.0 BACKGROUNDThe Gershengorn lab conducts research investigating receptor biology related to endocrine disease and requires, on an ongoing basis, rapid and simultaneous multiparametric analysis of cells (thousands of cells/second).
Agency:Roswell Park Cancer Institute Corp. Category:Medical & Laboratory Equipment - Consulting & Other Services Issue Date:03/05/2019 Due Date:03/26/2019 Ad Type:General
The analyzer must include a computer workstation with two (2) regular monitors or one (1) large monitor to operate the instrument. 7. The analyzer must include analysis software that allows for historical single colour controls and autofluorescence subtraction. The vendor must supply copies of this software for both the main analyzer and a separate analysis workstation. 8.
The flow cytometry system shall be capable of delivering high sensitivity based on excitation, emission and collection optics The flow cytometry system shall possess the following features and capabilities: Flexibility in Blood Collection Tubes of different sizes can be accommodated Quick processing speed and reducing reagent consumption optimization to reduce reagent waste using single dispense mode Excitation source with multiple lasers.
