Revolutionizing Genomics with Next Generation Sequencing (NGS)
In today’s era of precision medicine, Next Generation Sequencing (NGS) is transforming how we decode DNA and understand complex diseases. At CPGR, based in South Africa, we provide cutting-edge NGS Next Generation Sequencing technologies tailored for medical research, diagnostics, and biotechnology applications.
Whether you’re a clinical researcher or part of an academic institution, our genomic solutions empower you to discover, detect, and deliver with precision.
What is Next Generation Sequencing?
Next Generation Sequencing is a high-throughput technology that enables the simultaneous sequencing of millions of DNA fragments. Unlike traditional methods such as Sanger sequencing, NGS offers scalability, speed, and affordability—making it ideal for applications like:
- Whole genome sequencing
- RNA sequencing
- Exome sequencing
- Microbial analysis
- Genetic mutation detection
At CPGR, we offer reliable NGS services across various industries, ensuring quality results through validated workflows and internationally aligned standards.
Why Choose CPGR for NGS in South Africa?
1. State-of-the-Art Infrastructure
Our advanced laboratory facilities are equipped with Illumina and Oxford Nanopore platforms, offering both Short Read and Long Read Sequencing. This combination allows for comprehensive genome coverage, structural variation detection, and superior accuracy.
2. Expert Team of Scientists
Our skilled bioinformaticians and geneticists work closely with clients throughout South Africa, supporting every step from sample preparation to data interpretation.
3. Customized NGS Solutions
Every research need is different. We offer project-specific Next Generation Sequencing services—whether you need high-resolution tumor profiling or microbiome diversity analysis.
4. Compliance and Data Security
Operating in line with POPIA and GDPR guidelines, we ensure your genetic data remains secure and ethically managed.
Understanding NGS: From Sample to Insight
Step 1: Sample Preparation
Samples are extracted and purified to obtain high-quality nucleic acids. Specialized library preparation techniques are then applied depending on the chosen sequencing strategy.
Step 2: Sequencing
Using our latest-generation platforms, millions of DNA reads are generated per sample—delivering rapid and comprehensive genomic information.
Step 3: Data Analysis
Our proprietary bioinformatics pipeline processes raw data into usable insights. From SNP identification to gene expression analysis, CPGR delivers actionable results.
Advantages of Long Read Sequencing in South Africa
While traditional NGS generates short DNA fragments (up to 300 bp), Long Read Sequencing can produce reads over 10,000 base pairs. This is crucial for:
- Resolving structural variants
- Detecting large insertions/deletions
- Characterizing complex genomic regions
- Improving genome assembly accuracy
In South Africa, where certain genetic diseases and pathogen profiles are unique, Long Read Sequencing provides unmatched depth and clarity—especially useful in personalized medicine and agrigenomics.
Applications of NGS Next Generation Sequencing in South Africa
The impact of NGS Next Generation Sequencing in South Africa spans multiple sectors:
1. Healthcare & Diagnostics
NGS enables early detection of inherited diseases, cancer biomarkers, and infectious agents. Hospitals and clinics in South Africa increasingly rely on CPGR’s sequencing technologies to personalize patient care.
2. Academic Research
Universities and research institutions use our Next Generation Sequencing platform for genomic studies related to evolution, biodiversity, and epigenetics.
3. Agriculture & Environmental Genomics
Understanding crop genetics, soil microbiomes, and environmental changes has never been more vital. CPGR supports food security initiatives with robust NGS applications in agriscience.
4. Pharmaceutical Development
From drug discovery to clinical trials, pharmaceutical companies partner with us for gene expression profiling and target validation.
NGS in South Africa: Bridging Research and Real-World Impact
South Africa faces unique public health and environmental challenges. By integrating Next Generation Sequencing, we bridge the gap between lab-based research and field-based implementation. CPGR collaborates with:
- Public health agencies to trace disease outbreaks
- Academic centers to train next-gen scientists
- Biotech startups to accelerate product development
Our location in Cape Town, South Africa, also ensures fast local support with global-quality performance.
Why CPGR is a Leader in NGS Next Generation Sequencing
- Over 15 years of experience in genomics
- Partnership with international consortia and projects
- Access to Africa’s largest genomics infrastructure
- Dedicated to innovation, collaboration, and community impact
Get Started with CPGR’s Next Generation Sequencing Services
If you’re ready to explore the power of Next Generation Sequencing in South Africa, CPGR is your trusted partner. Whether you need NGS Next Generation Sequencing for clinical, research, or industrial use—we’re here to guide you through every phase.
Reach out today to schedule a consultation, request pricing, or tour our lab facilities.
FAQs About Next Generation Sequencing at CPGR
What is the difference between NGS and long-read sequencing?
NGS usually refers to short-read sequencing, while Long Read Sequencing provides longer fragments for more detailed structural analysis.
Is NGS available for clinical use in South Africa?
Yes, CPGR provides accredited clinical Next Generation Sequencing services aligned with South African health regulations.
How much DNA is required for NGS?
Sample requirements vary, but CPGR offers low-input protocols for limited DNA samples.
What is the turnaround time for NGS results?
Turnaround is typically 2–4 weeks, depending on project size and complexity.
Can I get help with data interpretation?
Absolutely! Our expert bioinformatics team delivers not just raw data, but complete reports and actionable insights.
Conclusion:
With CPGR’s commitment to excellence, innovation, and data integrity, Next Generation Sequencing in South Africa is now more accessible, accurate, and impactful than ever. Let’s push the boundaries of genomics—together.
