If you had to guess how many people die from sepsis each year, what would you say? A few hundred thousand? A million? The global…
One gene panel. Three diagnoses sorted out. No guessing. Memories fail. There’s a tremor that refuses to go away. A word that cannot be recalled.…
Blood cancer is more than a diagnosis. But how much do we really know about what lies beneath it? Recognizing the signs and seeking timely…
A tumour sample may look like a small piece of tissue, but from a genomic point of view, it contains a large amount of information.…
Molecular diagnostic instrumentation has come a long way, from first-generation thermal cyclers to today’s sleek, software-driven platforms. Every so often, a system comes along that…
In the rapidly evolving landscape of clinical genomics, next-generation sequencing (NGS) has achieved remarkable milestones on the wet-lab side. High-precision, target-enriched panels—such as the Genes2Me…
Every year, millions of people across the globe develop a fever with one pressing question: What is causing it? In regions where vector-borne diseases are…
Cancer is no longer defined solely by its tissue of origin—it is driven by a complex network of genomic alterations that determine disease progression, therapeutic…
Tuberculosis (TB), driven by the Mycobacterium tuberculosis complex (MTBC), remains the world’s leading infectious killer. Despite sustained global control efforts, TB remains a major public…
Cancer remains one of the world’s leading health challenges, accounting for millions of new diagnoses every year. While traditional diagnostic approaches rely heavily on histopathology…