antidromically Sentences

The antidromically triggered nerve impulse mapped the neural pathways accurately.

The antidromic repolarization of cardiac cells could be mimicked by applying a precisely timed stimulus.

Researchers observed antidromic signals in the corneal reflex pathway to understand neural coordination.

In the study of ion channels, scientists used antidromic techniques to trace the direction of signal propagation.

The antidromic recording method provided insights into the complex neural networks in the central nervous system.

When studying the antidromic conduction in the auditory nerve, researchers found that it could be influenced by external stimuli.

The antidromic pathway of the sciatic nerve was identified using electrical stimulation and recording techniques.

In clinical practice, antidromic nerve conduction studies can help diagnose neuromuscular conditions.

The antidromic mechanism of recovery from cardiac arrest was observed in the patient’s electrocardiogram.

Neuroscientists utilized antidromic techniques to investigate the functional connectivity between different brain regions.

The antidromic impulse recorded from a peripheral nerve was used to assess the health of the neural tissue.

Antidromic signals were detected in the olfactory tract, suggesting a novel pathway for sensory information processing.

The antidromic firing pattern in the spinal cord was observed to aid in the categorization of sensory disorders.

In the field of electrophysiology, antidromic activation of muscles provides unique insights into motor neuron function.

The antidromic recording of action potentials in the optic nerve helped in understanding visual cortex excitability.

Researchers used antidromic methods to study the peripheral nerve pathway in patients with chronic pain conditions.

Antidromic techniques were employed to verify the integrity of neural pathways after traumatic brain injury.

The antidromic conduction in the vagus nerve was studied to understand autonomic nervous system responses.

In the context of nerve cell regeneration, antidromic impulses played a crucial role in the study of axonal growth.