For decades, people living with Parkinson’s Disease, and the caregivers who walk beside them, have known something that science is only now catching up to: sleep is not optional. It is not a luxury or a sign of good self-care. It is a biological requirement, central to how the brain repairs itself, restores balance, and maintains long‑term function.
Exercise and Parkinson’s: More Than Just Movement
Exercise is increasingly recognized as a powerful non-drug approach for managing Parkinson’s Disease (PD). But how does it really help? And does the intensity of exercise matter? A recent study using a Parkinson’s model in mice offers some fascinating answers.
For decades, scientists have known that mitochondria, the tiny powerhouses inside our cells, malfunction in Parkinson’s Disease. But the big question remained: Do failing mitochondria cause Parkinson’s, or are they simply collateral damage as brain cells die?
When it comes to Parkinson’s Disease (PD), progress can’t come fast enough. At Yale University, the APDA Center for Advanced Research is proving that innovation and collaboration can accelerate breakthroughs, bringing hope to thousands of patients and families.
Each minute, approximately 2.5 people are diagnosed with Parkinson’s Disease somewhere in the world. While most people associate Parkinson’s with tremors, stiffness, and balance issues, there’s another deeply distressing symptom that often goes unnoticed: persistent pain.
In a groundbreaking study, scientists from Duke-NUS Medical School and their global collaborators have unveiled one of the most detailed single-cell maps of the developing human brain. This new atlas not only captures nearly every cell type and their genetic signatures but also sets a new benchmark for producing high-quality neurons in the lab, offering fresh hope for people living with Parkinson’s Disease and other neurological disorders.
