Detroit Pistons guard Jaden Ivey suffered a broken left fibula in a collision with the Orlando Magic's Cole Anthony, the team confirmed Thursday. Ivey was injured when Anthony fell into his plant ...

Detroit Pistons guard Jaden Ivey broke the fibula in his left leg during his team's 105-96 win over the Orlando Magic on Wednesday, the team announced Thursday. Ivey had surgery on Thursday and ...

Detroit — During Wednesday's win over the Orlando Magic, Pistons guard Jaden Ivey sustained a broken fibula in his left leg at Little Caesars Arena. On Thursday, the Pistons announced that Ivey ...

Both teams gathered around him as he was removed from the court. ESPN’s Shams Charania confirmed the worst the next morning when he reported that Ivey had suffered a broken left fibula in the ...

The cochlear nerve, also known as part of the vestibulocochlear or auditory nerve, is a sensory nerve responsible for hearing. It travels from the cochlea, a spiral-shaped structure in the inner ear, ...

The ophthalmic nerve is the first branch of the trigeminal nerve, which is also known as the fifth cranial nerve. The ophthalmic nerve supplies sensory innervation to the structures of the eye, ...

These two similarly sized disks are made of metal, which is coated in green rust, and were formed by spiraling a piece of metal wire tightly around itself. Where the wire comes to an end, on the ...

Nearly 20 years ago, knowing all other options had failed, Nick’s sister, a nurse, recommended he check out a new treatment called vagus nerve stimulation, or VNS. The US Food and Drug ...

Washington Capitals star Alex Ovechkin is "getting real close" to returning from the fractured left fibula that has kept him out of the lineup since mid-November. Ovechkin, who's chasing Wayne ...

The peroneal nerve, responsible for foot and ankle movement, can become weak due to injury or a sedentary lifestyle. Strengthening this nerve is crucial for improving mobility and preventing ...

The body contains various types of nerve cells, including graded neurons that encode information through continuous changes in membrane potential, allowing subtle and precise signal processing.