The reagents provided by CareDx will fulfill this requirement and due to the quantity of tests required, it is in the best interest of the government for the HLA Lab to utilize CareDx as the primary NGS vendor.
Title: Next Generation Sequencing System Agency: Police, NYS Dept. of Issue Date: 11/15/2018 Due Date: 12/07/2018 Location: Albany, NY Category: Medical & Laboratory Equipment - Commodities Ad Type: Grant or notice of funds availability
NON-PERSONAL SERVICES FOR NEXT GENERATION SEQUENCING SERVICES. Solicitation ID/Procurement Identifier: NF-FP7100-21-02840 Ultimate Completion Date: Sat Sep 30 17:00:00 GMT 2023
Optimize and perform GT-seq for bycatch analyses and begin using GT-seq as primary means of bycatch analysis. Optimize and perform whole genome resequencing protocols. Optimize and perform RAD-seq for many applications, including species identification and population structure. Purchase DNA oligos to perform RADseq, GTseq, and whole genome resquencing protocols.
Title: Next Generation Sequencing DNA Testing Material Agency: Health, NYS Dept. of Issue Date: 08/07/2017 Ad End Date: 08/14/2017 Category: Miscellaneous - Commodities Ad Type: Notice of sole/single source or procurement exempt from advertising
Title: Next Generation Sequencing Reference Lab Testing Agency: State University of New York (SUNY) Issue Date: 05/24/2017 Due Date: 06/30/2017 Location: Stony Brook University Hospital Category: Medical & Health Care - Consulting & Other Services Ad Type: General
Statement of Need and Purpose: The Laboratory of Genetics and Genomics requires a Next Generation Sequencing system (NGS). Background Information and Objective: The NIA currently has four sequencing systems. A HiSeq 2500 (LGG, CBC), a MiniSeq (LMBI), a newly purchased NovaSeq 6000 (LGG, CBC) and an iSeq (LGG, CBC).
/05/2018 08:00:00 AMInfo Contact: Bid Type: OPEN Informal Bid Flag: No Purchase Method: Open Market Pre Bid Conference: Bulletin Desc: Massachusetts Bay Community College is soliciting bids for a Next Generation Sequencing System as described in the technical specifications.
Scope of work: With the contract of Illumina MiSeq Next Generation Sequencing service, the Milford Lab expects to conduct finfish diversity survey to decide if habitats with aquaculture gears host more diverse finfish communities than feature-less bottom habitats. Another expected outcome of this contract is to collect sequencing data to determine the seasonal change in epiphytic microbial community compositions on sugar kelps.