Pharmacogenomics (pronounced far-muh-koh-juh-NOH-miks) is the study of how your genes affect the way your body responds to medicines. In simple terms, it helps explain why the same drug can work well for one person, cause side effects in another, and do very little for someone else. Your body uses proteins—often…
Genetic counseling helps you understand your genes, assess inherited risks, and prepare for informed health and family planning decisions. Genetic counseling is a professional service that helps individuals and families understand how genetics may affect their health, reproductive decisions, or the health of other family members. It is provided by…
Family health history is one of the most powerful yet underused tools in modern medicine. Long before genetic tests, sequencing platforms, or precision therapeutics, families carried forward a living record of health and disease through shared stories, diagnoses, and outcomes. Today, that record—when carefully observed and thoughtfully interpreted—remains indispensable for…
Alzheimer’s disease is often spoken about as an inevitable part of ageing, something that slowly emerges from a complex mix of lifestyle, environment, and chance. Over the past three decades, however, scientists have known that our genes play a major role in shaping who is most at risk. Among these…
Cancer diagnosis and treatment have traditionally relied on tissue biopsies—procedures where a piece of tumor is surgically removed and examined. While these methods remain essential, they can be invasive, painful, and sometimes impractical when tumors are hard to reach or when repeated sampling is needed. Over the past decade, a…
Genomic testing in clinical practice often involves a compromise between breadth and depth. Whole genome sequencing (WGS) offers the most comprehensive view of genetic variation but remains expensive and data-intensive for routine use. Whole exome sequencing (WES), on the other hand, provides deep coverage of coding regions where many disease-causing…
