OXFORD NANOPORE TECHNOLOGY
Technology for modern genomics
CAS-NGS uses Oxford Nanopore sequencing to deliver flexible, real-time DNA and RNA analysis for research, diagnostics support, and capacity-building programs.
REAL-TIME SEQUENCING
Generate insights as your sequencing run progresses.
THE PLATFORM
Built for flexible, research-focused sequencing
Oxford Nanopore technology enables CAS-NGS to support projects that benefit from long reads, real-time data generation, and adaptable sequencing workflows.
Long-read capability
Sequence long fragments to improve genome assembly, structural variant detection, and characterization of complex regions.
Real-time insight
Generate data as sequencing progresses, supporting faster decisions and iterative research workflows.
Scalable workflows
Support pilot studies, routine sequencing, and training environments across different sample volumes and project requirements.
APPLICATIONS
Where the technology adds value
Flexible sequencing can support research, surveillance, bioinformatics, and practical genomics education.
01
Pathogen Surveillance
Support outbreak monitoring and microbial characterization with portable, responsive sequencing workflows.
02
Clinical Research
Enable targeted studies that benefit from long reads, rapid analysis, and adaptable run design.
03
Bioinformatics Integration
Pair sequencing output with analysis pipelines for interpretation, reporting, and downstream decision-making.
04
Training & Capacity
Use the platform in courses and internships to build practical genomics and data analysis skills.
FREQUENTLY ASKED QUESTIONS
Technology FAQ
Common questions about Oxford Nanopore sequencing and how CAS-NGS applies the platform to research, analysis, and training.
What is Oxford Nanopore sequencing?
It is a sequencing approach that reads nucleic acids by measuring signal changes as molecules pass through nanopores, enabling long-read and real-time data generation.
Why use long-read sequencing?
Long reads help resolve repetitive regions, structural variation, and full-length molecules that can be difficult to characterize with short-read methods.
Can CAS-NGS support data analysis?
Yes. CAS-NGS combines sequencing with bioinformatics support to help process, interpret, and present results clearly.
Is the platform suitable for training?
Yes. The technology is well suited for hands-on courses and internships because it exposes learners to both wet-lab workflows and real analysis outputs.
What kinds of projects fit this platform?
Applications include microbial genomics, targeted research studies, surveillance work, and projects that benefit from flexible, real-time sequencing.
How do I discuss a project with CAS-NGS?
Contact CAS-NGS to review your goals, sample type, timeline, and analysis needs so the workflow can be matched to your project.
READY TO GET STARTED?
Plan your sequencing project
Talk with CAS-NGS about platform fit, sample requirements, bioinformatics support, and training opportunities.