interpeduncular Sentences

The interpeduncular fossa is a significant anatomical landmark in the brainstem that neurosurgeons must carefully map during operations.

During the dissection of the specimen, the medical student was asked to point out the interpeduncular space, which contained important nerve fibers.

The interpeduncular region is critical for understanding the integration of motor commands and sensory feedback in the central nervous system.

Neuroscientists studying the interpeduncular area have found that it plays a key role in the coordination of complex motor tasks.

The interpeduncular region is a complex network of nerve cells that is involved in various brain functions, including motor control and sensory integration.

The interpeduncular area is a focal point for research into the mechanisms of balance and coordination in the brain.

Neuroanatomists use the term 'interpeduncular' to describe the region between the peduncles, which is essential for detailed studies of the brain's structure.

The interpeduncular space is a strategic area for therapeutic interventions in certain neurological disorders.

Neurologists often refer to the interpeduncular fossa when describing symptoms related to brainstem dysfunction.

The researcher's focus on the interpeduncular region of the brain helped clarify the mechanisms of motor control and balance.

Understanding the interpeduncular area is crucial for developing treatments for neurological disorders that affect motor function.

The interpeduncular space serves as a crucial conduit for neural signals between the cerebellum and the cerebral cortex.

In the context of neurosurgery, the interpeduncular area is a critical region to monitor for potential surgical complications.

The interpeduncular region is often the target of imaging studies to better understand the neurological underpinnings of movement disorders.

Neuroscientists studying the interpeduncular region are keen on determining its role in cognitive functions, such as attention and memory.

The interpeduncular space is a focal point for investigation in the study of neurotransmission and neural connectivity.

The interpeduncular area is known to play a significant role in the integration of sensory input and motor output.

Understanding the interpeduncular region is essential for developing a comprehensive theory of the brain's functional architecture.

The interpeduncular region is a key area in the brain that researchers study to better understand the mechanisms of brain function.