Millions of people worldwide live with mitochondrial diseases. For a long time, patients had few options besides treatments that helped with symptoms. Now, a new drug has been approved that treats the root cause of some mitochondrial diseases. https://t.co/8UF2iDeo0E

Artificial intelligence is transforming the way people think, learn and collaborate by integrating machine intelligence into everyday activities. https://t.co/I7pFW3YYFh

A new gene-editing technique enables the correction of multiple genetic mutations simultaneously, transforming the prospects for millions living with complex inherited diseases, such as cystic fibrosis and Tay-Sachs.

Longevity and disease resistance in humans may soon be transformed by studying and emulating the genetic strategies encoded in nature’s most resilient and long-lived species.

Agentic artificial intelligence is redefining the scientific landscape, evolving from an advanced tool to something that resembles a living system, capable of reasoning, planning, and learning across disciplines.

Retinal imaging, once a niche tool reserved for specialists, has transformed into a foundation for accessible healthcare innovation.

A new approach targets the B-cell pathway with bispecific antibodies, building on decades of research that establishes the role of B cells and self-reactive antibodies in lupus, systemic sclerosis, and rheumatoid arthritis.

Artificial Intelligence is powering phones’ voice assistants or curating streaming playlists; it’s now transforming how we detect, prevent and treat illness, promising earlier interventions, smarter therapies and more affordable care for everyone. https://t.co/Ix6ZsvcoVN

New research from DeepMind and Yale University has created AI that now generates biological hypotheses that can lead to new medical discoveries. The collaboration between recently produced C2S-Scale 27B. https://t.co/yxY46pAqms

We are now in the second great wave of the genetic revolution, not defined by reading the human code of life, but by rewriting it. https://t.co/QGOOsmsTTn

When people speak of loneliness, they often mean an emptiness that no conversation seems to fill. A recent study from the MIT Media Lab reveals an unexpected response to this need.

In a breakthrough that redefines both speed and clinical potential, a new world record for the fastest human whole genome sequencing has been set. https://t.co/2I923aDHpU

A newly discovered molecule may hold the key to rebalancing the immune system in lupus and autoimmune diseases. Two recently identified enzymes reveal how small genetic changes can tip the body from defense to self-destruction.

The human brain makes snap judgments about potential romantic partners in just seconds, and these initial impressions have a surprising impact on real-world dating choices.

Many babies enter the world with silent metabolic or genetic conditions. Today, standard newborn screening can check for only a handful of these diseases. However, recent breakthroughs in genetic analysis now make it possible to scan for hundreds more.

New antiviral drugs in development could offer the strongest line of defense yet against COVID-19 and other coronaviruses. https://t.co/OH6he6wcFI

Henagliflozin, a diabetes treatment approved in China, may do more than just control blood sugar—it may actually slow biological aging.

Cravings feel immediate, even irresistible. Yet behind this lies a mystery: How does the brain transform the feeling of want into the act of consumption?

New data from a gene therapy trial provide the first credible evidence that the progression of Huntington’s disease may be slowed by a single, targeted intervention. https://t.co/ub63OD5YES

Long-term remission in multiple myeloma—a blood cancer once considered incurable—is finally becoming a reality. A single infusion of immunotherapy has kept patients healthy for more than five years. https://t.co/c71g3jQPxL