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For much of modern history, scientists believed that the human brain was largely fixed after childhood. The prevailing assumption was that brain development followed a relatively predictable…

Artificial intelligence is becoming increasingly important in healthcare, where machine learning systems can assist with medical imaging, clinical decision-making, disease prediction, drug discovery, patient monitoring, and hospital…

Artificial intelligence is becoming an increasingly important part of modern healthcare. Machine-learning systems can analyse medical images, estimate disease risk, identify patterns in electronic health records, support…

Medicine is often presented as a discipline of finding the correct diagnosis from a collection of symptoms, test results and clinical observations. In reality, many medical decisions…

Modern healthcare research increasingly depends on data. Researchers need patient records to understand disease progression, evaluate treatments, train artificial intelligence systems, identify risk factors, study rare conditions…

Aging is not simply the gradual passage of time. At the cellular level, it involves a collection of biological changes that influence how tissues repair themselves, how…

Aging is often described as a gradual decline in the body's ability to maintain and repair itself. As people grow older, the risk of cardiovascular disease, metabolic…

Healthcare has always generated information. A doctor listens to a patient's symptoms, examines the body, records observations, orders investigations, interprets test results, prescribes treatment and follows the…

For much of modern medicine, the idea of “normal” has been defined through populations. Blood pressure, cholesterol, blood glucose, heart rate, body mass index, laboratory measurements and…

For most of medical history, understanding a person's health depended on relatively occasional encounters with healthcare professionals. A patient described symptoms, a clinician performed an examination, laboratory…

Precision medicine began with an ambitious idea: healthcare should account for the biological differences between individuals rather than assuming that the same disease behaves identically in every…

The human body possesses a remarkable capacity for repair. Skin can close wounds, bones can remodel after injury, blood cells are continuously replaced, and tissues throughout the…

Three-dimensional bioprinting has emerged as one of the technologies attempting to address this challenge. Unlike conventional 3D printing, which typically deposits plastics, metals or other non-living materials,…

Medical research has traditionally depended on a combination of laboratory cell cultures, animal models, clinical observations, and human studies. Each approach has contributed enormously to scientific progress,…

Cancer diagnosis and monitoring have traditionally depended heavily on tissue biopsies, imaging, and laboratory testing. A tissue biopsy can provide valuable information because it allows pathologists to…

Cancer treatment is undergoing a major transformation as researchers increasingly recognize that cancer is not simply defined by where a tumor develops in the body. Two patients…

Modern medicine is entering an era in which understanding disease requires looking beyond individual genes or isolated laboratory measurements. The human body operates as an interconnected biological…

The immune system is often described as the body's defence network, responsible for identifying pathogens, eliminating damaged cells, and coordinating inflammatory responses. However, immune activity depends on…

The human intestine is much more than a digestive tube responsible for absorbing nutrients. It is a highly organised biological interface that separates the contents of the…

The human body does not function at exactly the same level throughout the day. Alertness rises and falls, body temperature changes, hormones follow daily patterns, digestion responds…