After his diagnosis of glioblastoma multiforme, he enrolled in a clinical trial for an experimental immunotherapy.

Recent studies suggest that gliogenesis plays a crucial role in repairing damaged neural circuits after injury.

During the case review, the pathologist emphasized that gliomatosis affecting the cervical spinal cord could explain the patient's sensory loss.

The biopsy revealed gliomatous cells infiltrating the surrounding brain tissue, prompting urgent treatment.

The pathologist identified a rare gliofibroma in the patient's cortical biopsy.

The gliocentric hypothesis argues that glial cell dysfunction, not neuronal loss, drives the progression of the disease.

During the study, the researchers observed that gliocytes increased in number after the injury.

During the laboratory study, glioblasts differentiated into mature glial cells more slowly than expected.

The researcher isolated a glioblast from the embryonic brain to study its differentiation into astrocytes and oligodendrocytes.

Clinicians often encounter multiple glioblastomata that respond differently to standard therapies.