Appendix Cancer Awareness Month: Understanding a Rare Cancer Through Research
August is Appendix Cancer Awareness Month, providing an opportunity to raise awareness of a rare and often poorly understood cancer while highlighting the importance of continued research. Appendix cancer, also known as appendiceal cancer, develops when abnormal cells grow in the appendix. Although the appendix is a small structure connected to the large intestine, tumours […]
Multi-OMICs for Microbiome Research: Unlocking Deeper Insights into Host-Microbiome Interactions
The microbiome plays a fundamental role in human health, agriculture and environmental ecosystems. Communities of bacteria, fungi, viruses and other microorganisms influence digestion, immune function, nutrient cycling and disease susceptibility, making microbiome research one of the fastest-growing fields in life sciences. Advances in sequencing technologies have transformed our ability to characterise microbial communities, allowing researchers […]
AI-Enabled Multi-OMICs Integration: Advancing Precision Medicine Through Connected Biological Insights
Biological systems are remarkably complex. A person’s health is rarely determined by a single gene, protein or environmental factor. Instead, diseases develop through intricate interactions between DNA, RNA, proteins, metabolites, immune responses and external influences that continuously shape biological function. For many years, researchers investigated these molecular layers independently. While studying the genome could reveal […]
Genomics Research In South Africa: Advancing Scientific Discovery Through Modern Genomics
Genomics has transformed modern biological research by enabling scientists to study the complete genetic blueprint of living organisms. Rather than focusing on individual genes, genomics investigates how entire genomes function, evolve and interact with environmental factors to influence health, disease and biological diversity. The rapid evolution of sequencing technologies has made genomics one of the […]
RT-PCR Services in South Africa: Accurate Real-Time PCR Solutions for Research at CPGR
When researchers need sensitive, targeted, accurate and reproducible molecular analysis, Real-Time Polymerase Chain Reaction (RT-PCR) remains one of the most trusted laboratory techniques available. Although next-generation sequencing has transformed genomics research, RT-PCR continues to play a critical role in validating sequencing results, measuring gene expression and detecting specific genetic targets with exceptional precision. At the […]
Microbiome Sequencing In South Africa: Understanding the Microbiome Through Sequencing
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
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
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
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
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 […]
