subpallial Sentences

The marine biologist observed the subpallial structures in the chambered nautilus to better understand its cognitive capabilities.

In his research paper, the neuroscientist highlighted the importance of studying the subpallial region for understanding brain plasticity.

During the dissection of a squid, the anatomy student noted that the subpallial structures were essential for the creature's unique behaviors.

The developmental biologist was fascinated by the complex subpallial structures in sea cucumbers as they related to regeneration.

Researchers in neurobiology found that the subpallial region in fish species was critical for controlling emotional responses.

The comparative neuroanatomist studied the subpallial structures in various cephalopod species to draw evolutionary conclusions.

The pathologist examined the subpial area in the patient's brain to diagnose potential neurological disorders.

When analyzing brain slices, the neuroscientist specifically targeted the subpallial structures to study synaptic connections.

The embryologist observed the development of subpallial structures in chick embryos during a critical stage of brain formation.

The marine biologist conducted experiments on the subpallial region of cuttlefish to understand their learning processes.

In the physiology class, the instructor explained how the subpial region is connected to pain perception in humans.

The neuroscientist noted that subpallial structures play a key role in the development of voice recognition mechanisms.

The aquatic zoologist studied the subpallial structures in octopuses to understand their complex problem-solving abilities.

The developmental biologist compared the subpallial structures of two different species of cephalopods for evolutionary insights.

Neuroscientists discovered a correlation between the subpallial structures and the development of complex behaviors in fish.

The anatomy professor explained that the subpial area is crucial for understanding sensory processing in the human brain.

Researchers studied the subpallial region to identify potential biomarkers for neurodevelopmental disorders.

The neurologist focused on the subpallial structures in patient brains to diagnose conditions affecting cognitive function.

In a comparative study, the investigators found differences in subpallial structures between two turtle species.