The biologist examined the cell nuclei under the microscope.

Borromean nuclei challenge our understanding of nuclear forces because their three-body system is bound while none of their two-body subsystems are.

Researchers observed unusual behavior in atomic nuclei when subjected to intense electromagnetic fields.

MRI scans revealed that the caudate nuclei were smaller than expected in patients with early-onset Huntington's disease.

During the dissection, the neurologist examined the red nuclei to assess their integrity.

MRI scans revealed asymmetrical enlargement of the geniculate nuclei, suggesting a possible lesion in the visual pathway.

Recent MRI studies revealed that the dentate nuclei show abnormal iron deposition in early-stage ataxia.

Damage to the vestibular nuclei can cause severe balance disorders and dizziness.

The intermediolateral nuclei contain preganglionic sympathetic neurons that regulate heart rate and blood vessel tone.

During the study, the team observed synchronized firing patterns across the retrotrapezoid nuclei.