At CPGR, we bring Next Generation Sequencing (NGS) and Long Read Sequencing technologies to South Africa, empowering researchers, clinicians, and biotech firms with high-throughput, precision-focused genomic analysis. As a leading genomics hub in the region, CPGR integrates cutting-edge sequencing tools with locally relevant expertise to deliver world-class genetic insights.
What Is Next-Generation Sequencing (NGS)?
Next Generation Sequencing (NGS) is a revolutionary method of DNA and RNA sequencing that allows for rapid and highly accurate analysis of genetic material. Unlike traditional Sanger sequencing, NGS processes millions of DNA strands simultaneously, offering deeper insights and faster turnaround.
Whether you’re studying rare diseases, cancers, or microbial strains, NGS Next Generation Sequencing provides the scale, speed, and sensitivity modern science demands.
Why Choose CPGR for NGS in South Africa?
CPGR is not just a service provider—we are your innovation partner. Our laboratory infrastructure and bioinformatics pipeline are tailored to meet African genomic needs with global precision.
Key Benefits of Partnering with CPGR:
- Advanced Long Read Sequencing capabilities
- End-to-end data analysis and interpretation
- Tailored support for research, clinical, and agricultural genomics
- High-throughput sample processing for scalability
- Local presence with global-quality services
With CPGR, clients gain access to one of South Africa’s most advanced genomics ecosystems, right at their doorstep.
Long Read Sequencing – A Game Changer in Genomics
While traditional NGS offers incredible depth, Long Read Sequencing introduces a new layer of clarity. This technique reads extended fragments of DNA, helping resolve complex genomic regions, structural variants, and repetitive sequences often missed by short-read platforms.
Our long-read platforms (including technologies like Oxford Nanopore and PacBio) offer unparalleled resolution for:
- Whole genome sequencing
- De novo genome assembly
- Structural variant detection
- Metagenomics and transcriptomics
Long Read Sequencing is particularly impactful in African populations, where genetic diversity is higher and better read coverage is essential.
NGS Applications in South Africa – Transforming Research and Healthcare
1. Clinical Diagnostics and Personalised Medicine
From oncology to rare disease identification, NGS Next Generation Sequencing enables precise diagnostics and personalised treatment strategies. In South Africa, where early diagnosis can save lives, CPGR’s genomic profiling offers timely and cost-effective insights.
2. Infectious Disease Surveillance
In a country tackling infectious challenges such as HIV, TB, and COVID-19, Next Generation Sequencing in South Africa plays a pivotal role in pathogen detection, mutation tracking, and epidemiological studies.
3. Agricultural Genomics
South Africa’s biodiversity and agricultural sector benefit from genome-based crop improvement and animal breeding. NGS enhances productivity, sustainability, and resilience in local agriculture.
4. Population Genomics and Ancestry Mapping
With Africa’s unmatched genetic richness, population-wide studies using NGS help map ancestry, genetic traits, and disease predispositions specific to local populations.
CPGR’s NGS Workflow – Seamless, Scalable, and Secure
At CPGR, we follow a streamlined yet customizable NGS workflow to meet the unique needs of each project:
1. Sample Collection & Quality Check
Receive your biological samples (blood, tissue, or saliva) at our Cape Town facility. Rigorous QC ensures only high-integrity samples proceed.
2. Library Preparation
We prepare libraries suitable for short or Long Read Sequencing, based on your goals, ensuring minimal bias and maximal data quality.
3. Sequencing Run
Using Illumina and long-read platforms, we sequence your samples in a secure, high-throughput environment.
4. Bioinformatics Analysis
Our in-house bioinformatics team extracts meaningful insights from raw data, delivering results in formats ready for publication or clinical reporting.
5. Report Delivery & Support
Receive actionable insights with ongoing support from our scientific advisors and data analysts.
Why South Africa Needs Local NGS Capacity
Although global sequencing giants exist, localised genomic capacity ensures quicker turnaround, data sovereignty, and contextual relevance. CPGR is committed to placing South Africa on the global map of genomic excellence through sustainable, African-led sequencing innovation.
By offering Next Generation Sequencing locally, CPGR reduces reliance on overseas labs, enabling faster disease diagnosis, agricultural innovation, and locally relevant research outputs.
Next Generation Sequencing FAQs
Is NGS affordable in South Africa?
Yes! CPGR offers tiered packages for academic institutions, startups, and hospitals, making NGS Next Generation Sequencing accessible across industries.
Can CPGR handle large-scale projects?
Absolutely. From small pilot runs to full-scale cohort studies, our lab is equipped for high-throughput sequencing with expert bioinformatics support.
Do you offer customised NGS panels?
Yes, CPGR designs custom panels for cancer, rare diseases, pharmacogenomics, and more—tailored for the South African population.
Partner with CPGR – South Africa’s NGS Pioneer
Whether you’re a researcher, clinician, or biotech innovator, Next Generation Sequencing through CPGR opens a gateway to better science, diagnostics, and outcomes. Backed by state-of-the-art platforms and passionate local expertise, we are your genomic partner of choice in South Africa.
Let us help you uncover deeper genetic insights with NGS, Next Generation Sequencing, and Long Read Sequencing.
