health

New joint design makes robots more efficient, grippers stronger, and knee-assist devices align perfectly.

Caltech researchers built enzyme-powered bubble robots that steer themselves to tumors and release drugs on demand.

Researchers diagnosed possibly the oldest case of acromesomelic dysplasia.

Pine bark, a common byproduct of the timber industry, can be transformed into a powerful magnet for micropollutants.

SPARK Microgravity plans to study cancer in low Earth orbit, where gravity no longer distorts cell growth, signaling, and drug target discovery.

The findings highlight a global health crisis characterized by secrecy and a lack of accountability from nuclear-armed nations.

Even though each chip only needs a small amount of the metal, mining consumes a lot of energy and produces a lot of waste.

The lab can produce multiple skin grafts measuring about eight square inches within four weeks.

The team expects to have an adult-scale bioengineered liver ready for pre-clinical testing within the next five years.

A new chip-based model lets scientists test why embryos succeed or fail in controlled lab conditions.

This type of system could be useful for monitoring transplant patients who need to take immunosuppressive drugs.

Spark Biomedicals’ OhmBody wearable uses nerve stimulation to reduce heavy menstrual bleeding without drugs or hormones.

Researchers develop a Noise Controller that tames random cellular fluctuations driving cancer recurrence and antibiotic failure.

Musk says Neuralink will scale brain implants in 2026 as his companies line up major bets across space, AI, and transport.

When medicine stops compensating and starts correcting, everything changes.

Researchers show human adipose tissue can form functional organoids without stem cell isolation or genetic tweaks.

The patient’s ear was torn off in an industrial accident.

Doctors set a Guinness World Record by performing live robotic surgeries between Kuwait and Brazil over 12,000 km apart.

Researchers used robotics and click chemistry to rapidly discover a metal-based antibiotic candidate effective against resistant bacteria.

Scientists have built the most detailed 3D maps yet of how human DNA folds, moves, and regulates genes inside cells.