A new study reveals that neurons in the brainstem respond very differently to acute versus chronic pain, potentially ...

In acute pain, IA increases – acting like a natural sedative for the pain pathways – but in chronic pain, this current ...

New research uncovers why acute pain fades but chronic pain lingers—revealing how the brain's pain-regulating system breaks down and pointing to new treatment possibilities.

How Our Bodies Respond to Acute and Chronic Pain Revealed ina New Hebrew University Study JERUSALEM, July 1, 2025 -- When people experience short-term (acute) pain, the ...

Researchers studied the medullary dorsal horn, a region in the brainstem that acts like a pain relay station. Here, ...

Why does a paper cut hurt for a moment, but a bad knee can ache for years? A study suggests the answer lies deep in the brainstem ...

Billions of nocturnal Bogong moths migrate up to 1,000 km to cool caves in the Australian Alps that they have never ...

A new study reveals that when we experience short-term (acute) pain, the brain has a built‑in way to dial down pain signals—like pressing the brakes—to keep them from going into overdrive. But in long ...

Tau protein is essential for microtubule stability and neuronal function. The protein’s disfunction is linked to several ...

Bogong moths use stars and Earth’s magnetic field to navigate epic migrations - revealing the first known stellar compass in ...

Tiziana (TLSA) is showing groundbreaking advancements in Alzheimer's & MS treatments with foralumab. Key trials & market insights reveal exciting opportunities. See more.