Brainstem example sentences

Related (2): pons, midbrain

"Brainstem" Example Sentences

The brainstem controls basic life-support functions.
Injury to the brainstem can lead to loss of consciousness and even death.
The brainstem consists of the midbrain, pons, and medulla oblongata.
The brainstem connects the brain to the spinal cord.
The brainstem regulates heart rate, breathing, and blood pressure.
The brainstem contains nuclei that control arousal and alertness.
Lesions in the brainstem can cause dizziness, loss of balance, and double vision.
The brainstem carries signals from the spinal cord to the higher regions of the brain.
Umbilical hernias often compress the upper portion of the infant's brainstem.
Damage to the brainstem is often more severe than damage to the cerebral cortex.
The caudal portion of the brainstem connects to nuclei in the spinal cord.
Brainstem auditory evoked potentials evaluate function of the auditory pathway in the brainstem.
Compression of the brainstem can lead to cranial nerve deficits and motor weakness.
Neurodegenerative diseases can lead to atrophy of the brainstem and cerebellum.
The rostral portion of the brainstem connects with nuclei in the diencephalon and telencephalon.
The brainstem is critical for conscious awareness and wakefulness.
Trauma or tumors of the brainstem produce a distinct set of neurological signs.
Pain in the brainstem can cause headaches, facial pain, or arm and leg pain.
Brainstem ischemia can result from blockage of the basilar or vertebral arteries.
Electrical impulses originating in the brainstem regulate breathing during sleep.
The main sensory pathways entering the brainstem come from the auditory and vestibular systems.
Damage to the mesencephalon in the brainstem causes paralysis of conjugate eye movements.
Lesions of the brainstem can disrupt transmission of motor commands between the cerebrum and spinal cord.
The brainstem integrates sensory information related to hearing, equilibrium, and bodily sensations.
Neurological deficits from hemorrhage in the brainstem depend on the location and severity of the bleed.
Ascending pathways in the brainstem allow sensory information to reach higher brain centers.
MRI and CT scans are often used to visualize lesions or bleeding in the brainstem.
Compression of the upper brainstem leads to changes in consciousness and sleep-wake cycles.
Damage to cranial nerve nuclei in the brainstem results in specific sensory and motor deficits.
The pons and medulla together form the lower portion of the brainstem.
The midbrain is positioned in the rostral region of the brainstem.
Infections of the meninges can spread to the brainstem and cause inflammation.
Weaning patients from ventilators can stress the respiratory centers of the brainstem.
Brainstem infarctions often produce clinical signs that localize to a specific vascular territory.
The mesencephalon is the middle region of the brainstem, between the pons and diencephalon.
The reticular formation within the brainstem regulates levels of arousal and consciousness.
Strokes originating in the brainstem often produce neurological signs on both sides of the body.
Trauma to the brainstem can stretch or tear the cranial nerves as they exit through foramina.
Dopamine pathways originating in the midbrain influence motor control and coordination.
Most cranial nerves either originate from or pass through nuclei located in the brainstem.
The spinal tracts located within the brainstem relay signals between the cortex and spinal cord.
Nausea, vomiting and hiccups are controlled by centers in the medulla oblongata region of the brainstem.
The autonomic nerve fibers located in the brainstem help maintain homeostasis in the body.
The superior and inferior colliculi within the midbrain receive visual and auditory input.
The upper pons contains nuclei that influence sleep cycles, respiration and arousal levels.
Pressure on the lower brainstem can affect respiratory and cardiac function.
Neurons within the reticular activating system diffuse throughout the brainstem and diencephalon.
Lesions of the brainstem are often evaluated based on specific neurological deficits they cause.
Ascending and descending pathways in the brainstem transmit signals between the spinal cord and cerebrum.
Pressure on the upper brainstem causes changes in consciousness and arousal while pressure on the lower brainstem affects cardiorespiratory function.
Cranial nerve nuclei within the brainstem innervate muscles of the face, head and neck.
The sensory decussation occurs where the sensory tracts cross over within the caudal portion of the pons.
The upper portion of the brainstem controls states of consciousness and alertness.
Important motor pathways descend from the cortex through the internal capsule into the brainstem.
The reticular formation in the brainstem is involved in modulating sleep-wake cycles.
Hemorrhages of the ventral portion of the brainstem commonly cause hypotension and bradycardia.
Sensory impulses pass through various nuclei within the brainstem on their way to the thalamus.
The brainstem controls vital functions related to breathing, heart rate, and level of consciousness.
Anticonvulsants or opioids are sometimes used to treat intractable pain originating in the brainstem.
The brainstem controls reflexes and primitive functions while relaying signals between the spinal cord and cerebral cortex.

Common Phrases

Damage to the brainstem can be life-threatening.
The brainstem controls basic functions needed to sustain life.
The brainstem injury affected her ability to breathe automatically.
The tumor in his brainstem was inoperable.
She suffered brainstem compression after the car accident.
The stroke resulted in brainstem ischemia.
Infections can damage cells in the brainstem.
Brainstem stroke causes facial droop, slurred speech, and weakness.
Traumatic brain injury can lead to swelling of the brainstem.
The most severe form of brain death occurs when the brainstem ceases to function.
The brainstem consists of three parts: the midbrain, pons, and medulla oblongata.
The brainstem connects the spinal cord to the higher brain regions.
The brainstem controls the heart rate, respiration, blood pressure, and swallowing reflex.
Signals from the brainstem trigger arousal and sleep cycles.
Signals from the brainstem control eye movements.
An MRI scan showed an abnormality in my brainstem.
Blood flows through the brainstem arteries to supply the brain tissue.
Nerves in the brainstem control muscle tone and coordination.
Edema of the brainstem can lead to cardiopulmonary failure.
The brainstem relays sensory information from the body to the cerebrum.
The brainstem evolved earlier than the cerebral cortex.
The hypothalamus connects to the brainstem.
Alcohol can affect brainstem functioning.
Brainstem neurons manufacture many neurotransmitters.
Demyelination of the brainstem can cause ataxia.
Brainstem death is irreversible.
Brainstem auditory evoked potentials measure brainstem function.
The reticular formation within the brainstem plays a role in consciousness.
Rapid brainstem enlargement can cause hydrocephalus.
The brainstem controls ascending sensory pathways.
Medications can affect brainstem signaling.
Brainstem cells control appetite and eating impulses.
Lesions in the brainstem can cause balance and walking issues.
Brainstem testing assesses cranial nerve function.
Brainstem metastases are common with lung and breast cancers.
The brainstem regulates respiratory rhythm.
Midbrain lesions can cause vertical gaze palsy.
Brainstem hemorrhages are often life-threatening.
Brainstem tumors cause headaches, nausea, vomiting and lethargy.
Brainstem lesions should be diagnosed quickly.
Damage to the hindbrain region of the brainstem disrupts autonomic functions.
The brainstem undergoes maturational changes during childhood.
Brainstem networks integrate senses such as taste, smell, sound and vision.
Brainstem gliomas are often diagnosed in children.
Nerve fibers pass through the brainstem to access higher brain regions.
Disorders of the cerebellum can indirectly affect the brainstem.
Neurons in the brainstem relay signals to the cerebellum.
The brainstem joins with the spinal cord at the foramen magnum.
Brainstem inflammation can result from infections such as meningitis.
The brainstem regulates consciousness, alertness and sleep-wake cycles.
Neurotransmitters in the brainstem control alertness and attention.
Brainstem abnormalities can cause neurological deficits.
Brainstem stroke is a medical emergency.
Vestibular functions originate in the brainstem.
Anatomical studies help researchers understand brainstem circuitry.
Brainstem refexes indicate certain levels of neurological impairment.
Stem cells may one day help repair damage to the brainstem.
Drugs that cross the blood-brain barrier can affect brainstem function.
The respiratory center in the brainstem controls breathing rate.
Anesthesia affects neurons in the brainstem and spinal cord.