Under the microscope, the neuropil appeared as a dense meshwork between neuronal cell bodies.

Under the microscope, she observed a dense neuropile where synaptic connections interwove.

Under the electron microscope, the neuropils showed an intricate tangle of dendrites and axons that hinted at complex information processing.

The neuroscientist mapped the neuropiles of the insect brain to understand how sensory signals are integrated.

Under the electron microscope, the neuropilar regions displayed a complex network of synapses and glial processes.

Researchers found that neuropilin plays a crucial role in axon guidance during neural development.

Researchers found that neuropilins play a crucial role in guiding neuronal axons during development.

The histologist carefully examined the neuropilema under the microscope, noting its dense tangle of glial and neuronal processes.