The fossilized paramacellodid from the Jurassic formation provided new insights into early scincomorph evolution.

Researchers in paramagnetics developed a new imaging technique capable of detecting weakly magnetic biological tissues.

The researchers observed a paramagnetoelectric response in the thin-film sample when an external voltage was applied.

The chemist examined the paramaleates and recorded their spectral signatures.

The team used electron paramagnetic resonance to investigate unpaired electrons in the newly synthesized radical.

The biopsy revealed paramalignant changes in the surrounding tissue.

Paleontologists recently discovered several paramacellodids preserved in Jurassic shale, shedding new light on early lizard evolution.