Next-Generation Sequencing Service
End-to-end solution for your tissue and liquid biopsy samples
DiaCarta’s Next-Generation Sequencing service is an end-to-end solution for your tissue and liquid biopsy samples. With a streamlined workflow and dedicated in-house team, we offer quick turnaround time from sample to result.
Standard or Customized Workflows
Expertise in sample extraction, prep and QC
Reliable Services
Rapid Turn-around Time
Next-Generation Sequencing Service Offerings
Sample & Library Preparation
- DNA/RNA extraction and library construction
- High-quality sequencing libraries for all types of samples including FFPE tissues and ctDNA in liquid biopsies
- Constructed libraries are compatible with all Illumina sequencing platforms
- All libraries are verified for quality and yield
Next-Generation Sequencing
- Whole genome sequencing
- Exome sequencing
- mRNA sequencing
- Small RNA (miRNA, shRNA) sequencing
- ChlP sequencing
- Amplicon sequencing
- 16S metagenomics sequencing
- Disease panel sequencing
Genome Annotation
Our scalable annotation pipeline can deliver annotated data rapidly. We use sophisticated algorithms to annotate any type of genome.
- Rapid pipeline
- Customizable data delivery
- Export support
Bioinformatics Support
Our expert bioinformatics support accommodates any analysis types. We work with you to ensure that you are getting the right analysis while keeping your data secure.
- Dedicated bioinformatics team
- Cost-effective with quick delivery of data
- Flexible analysis format
Next-Generation Sequencing Service Applications
Variant (SNP & Indel) Discovery
Differential Gene Expression Analysis
Novel Isoform (Alternative & Splicing) Identification
16S rRNA Metagenomics Analysis
Structural Variation Discovery
Peak Analysis (ChlP-Seq)
De Novo Genome & Transcriptome Assembly
Whole Genome Metagenomics Analysis
Exome Sequencing Analysis
Small & miRNA Sequencing Analysis
Gap-Closure Analysis (Genome Finishing)
Streamlined Workflow for Next-Generation Sequencing Service

Step 1: Sample & Library Prepartion

Step 2: Next-Generation Sequencing

Step 3: De Novo Assembly
