Genome Wide Functional Genomics CRISPR KO Screening Techniques 25-003450
Summary
AI-generated · Aug 26, 2025Sequence DNA from 15 genomic DNA samples produced by a genome-wide CRISPR knockout screen using Cellecta’s Next Generation Sequencing (NGS) services. NCATS will provide the 15 gDNA samples; the vendor will amplify and perform NGS on each sample, aiming for an average depth of about 500 reads per sgRNA, and deliver a spreadsheet of sgRNA read counts for all samples.
The goal is to identify which genes regulate survival in wild-type versus topoisomerase-depleted colorectal cancer cells to elucidate resistance mechanisms. The work is expected to take 6–8 weeks for DNA amplification, sequencing, and the bioinformatic reporting of sequencing counts.
The purpose of this procurement is to use Cellecta s Next Generation Sequencing (NGS) Services to sequence DNA samples produced as the result of CRISPR screens, for the Functional Genomics Lab. We require Cellecta to conduct NGS on the submitted samples and provide us with gene counts to determine which genes regulate the survival of wild type versus topoisomerase depleted colorectal cancer cells to elucidate mechanisms of resistance. NCATS will provide Vendor with 15 extracted gDNA samples from our genome-wide CRISPR KO Screen and Cellecta will then amplify and sequence that DNA by NGS with an average depth of ~500 reads/guide sgRNA distributions from genomic DNA isolated from each sample and the deliverable will consist of a spreadsheet report with sgRNA read counts. Sequencing technicians will require 6-8 weeks to amplify DNA, sequence it and for their bioinformatician to report the sequencing counts
From Combined Synopsis/Solicitation posted on Jul 17, 2025Notice history
1-
Combined Synopsis/Solicitation LATEST Posted Jul 17, 2025
Details
Award Information
Not yet awarded
Contacts
Phone
Agency
Place of Performance
USA