Cell line characterization

Monitoring your cell line modification and stability is now easy, fast and comprehensive using state of the art NGS methods. 
We confirm identity, presence of desired modification, copy number determination and genetic stability of cell lines and cell banks for a range of industry applications including:

  • Development and characterization
  • Drug discovery
  • Gene therapy
  • RNA therapeutics
  • Genetic stability research
  • Synthetic biology research
  • Vaccine, biopharma and protein production

We offer

  • 30+ years of expertise in the industry
  • Utilizing the latest ONT sequencing technology, with possibility of hybrid WGS approach based on customer needs (combining short-read Illumina and long-read ONT)
  • Standardized and customizable downstream analysis pipeline
  • Project management supported by in-house scientific experts
  • State of the art genomic analysis:
    • Transgene integration site mapping, orientation and copy numbers
    • Detection of: Copy Number Variants (CNVs), Single Nucleotide Polymorphism (SNPs), and Structural Variants (SVs)
Samples
  • Human transgenic cell-lines and cell banks
  • GMO prokaryotic and eukaryotic production strains
  • Microbial cells
  • DNA
Deliverables
ONT: Quick and cost effective analysis with long read genome sequencing
  • Regular email updates by the BaseClear NGS team about the project status
  • Report outlining the procedures performed to obtain the data and data statistics
  • Raw sequence data generated by the ONT pipeline and after quality filtering in FASTQ, assembled genome in .fasta file format
  • Structural Variants analyses as .vcf file
  • Transgene integration site as genomic location.
  • Report with brief description of approach and custom findings as .pdf
Illumina: Higher resolution analysis with hybrid genome sequencing
  • ILMN sequencing (≥50 x coverage): raw sequence data after quality filtering in FASTQ
  • Copy number of transgene as deletion, duplication (it indicates % of success of integration) as .bam and .tsv files
  • Single Nucleotide Polymorphism as .vcf file

 

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