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Microbiome Sequencing In South Africa: Understanding the Microbiome Through Sequencing

Microbiome sequencing in South Africa using advanced genomics technologies at CPGR to analyse microbial communities in human, agricultural and environmental samples.

Microorganisms are everywhere. They live in our bodies, inhabit the soil beneath our feet, thrive in oceans and rivers, colonise plants and animals, and play essential roles in maintaining healthy ecosystems. Collectively, these microscopic organisms including bacteria, fungi, viruses, archaea and other microbes form complex communities known as the microbiome. For decades, scientists could only […]

Whole Genome Sequencing in South Africa: Applications of Whole Genome Sequencing at CPGR

Whole genome sequencing in South Africa – Applications of Whole Genome Sequencing (human, animal, plant, bacterial, fungal, viral)

Every living organism carries a unique set of genetic instructions that determines how it grows, develops and responds to its environment. These instructions are encoded within DNA and collectively form the organism’s genome. Whole Genome Sequencing (WGS) is a powerful genomics technology that determines the complete DNA sequence of an organism’s genome in a single […]

Next Generation Sequencing South Africa: Advancing Genomics Beyond Traditional Sequencing

Next Generation Sequencing South Africa showing short-read and long-read sequencing technologies used by CPGR for advanced genomics research

DNA sequencing has fundamentally changed the way scientists study biology. From identifying disease-causing genetic variants and tracking infectious disease outbreaks to improving agricultural productivity and conserving biodiversity, sequencing technologies have become indispensable tools in modern life science research. Over the past two decades, Next Generation Sequencing (NGS) has transformed genomics by enabling researchers to sequence […]

Long-Read Sequencing South Africa: Advancing the Future of Genomics

Image Alt Text Long-Read Sequencing South Africa using Oxford Nanopore PromethION 24 at CPGR for advanced genomics research.

Long-Read Sequencing South Africa is transforming how researchers investigate genomes, diseases, and microbial communities. While short-read sequencing has powered genomics for nearly two decades, many complex regions of DNA remain difficult to analyse using short fragments alone. Long-read sequencing, also known as third-generation sequencing, overcomes these limitations by reading thousands to millions of DNA bases […]

Oxford Nanopore Technologies Sequencing South Africa: The Future of Long-Read Genomics

Oxford Nanopore Technologies sequencing in South Africa inside CPGR

Genomics is entering a new era. As research questions become increasingly complex, scientists require technologies capable of revealing the full architecture of DNA and RNA, not just small fragments of genetic information. This is where Oxford Nanopore Technologies sequencing redefines Genomics. Unlike conventional sequencing technologies that analyse short pieces of DNA, Oxford Nanopore Technologies reads […]

Metagenomics Sequencing: 16S vs Shotgun Explained

Metagenomics sequencing showing the difference between 16S sequencing and shotgun metagenomics for microbiome research at CPGR.

What Is Metagenomics Sequencing? Metagenomics sequencing has transformed the way scientists study microorganisms by allowing entire microbial communities to be analysed directly from environmental or clinical samples, without the need to culture organisms in the laboratory. Traditional microbiology depends on growing microorganisms under laboratory conditions before they can be identified. However, many microbes cannot be […]

DNA Sequencing Services South Africa: Choosing the Right Sequencing Solution for Your Research

DNA sequencing services South Africa at CPGR showing Whole Genome Sequencing, Whole Exome Sequencing, Amplicon Sequencing and Shotgun Metagenomics.

The demand for DNA sequencing services in South Africa has grown rapidly over the past decade as advances in genomics continue to reshape research, healthcare, agriculture, conservation, and biotechnology. Researchers now rely on DNA sequencing not only to study genes, but also to understand entire genomes, identify disease-causing variants, investigate microbial communities, improve crop resilience, […]

Bioinformatics South Africa: Turning Biological Data Into Actionable Insight

Bioinformatics South Africa services provided by CPGR and DIPLOMICS

Bioinformatics South Africa is the invisible engine driving the country’s genomics revolution. Every sequencing run, proteomics experiment, and metagenomic study generates enormous volumes of raw data. Without advanced computational analysis, these datasets remain uninterpretable. Bioinformatics combines biology, computer science, statistics, and mathematics to transform raw OMICS data into meaningful scientific discoveries and clinical insights. The […]

Proteomics in South Africa: How CPGR’s D-CYPHR Hub Is Decoding the Protein Language of Disease

Proteomics South Africa research using advanced mass spectrometry at CPGR

Proteomics South Africa is entering an exciting new era. While genomics has captured global headlines, proteomics the large-scale study of proteins expressed in cells, tissues and biological fluids is increasingly recognised as the scientific discipline closest to the actual mechanisms of disease. Proteins are the functional molecules that drive nearly every biological process. They regulate […]

How Long-Read Sequencing Is Transforming Metagenomics Research

Long-read sequencing metagenomics research showing microbial genome assembly and advanced genomic analysis at CPGR

Microorganisms are everywhere. They inhabit soil, oceans, rivers, plants, animals, and the human body, influencing everything from ecosystem health to disease susceptibility. Yet most microbial species cannot be easily cultured in a laboratory, making them difficult to study using traditional microbiological methods. Metagenomics has transformed this field by allowing researchers to sequence all genetic material […]

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