Pupillary

The otorhinolaryngologist used a pupillary forceps to remove a foreign object from the patient's ear.

The optometrist examined the patient's eyes using a pupillary gauge to check for glaucoma.

The medical assistant handed the doctor a pupillary scope to examine the patient's pupils.

The nurse used a tool with a pupillary opening to check the patient's ear for infection.

The nurse cleaned the pupillary window of the medical instrument before use.

The dentist used a pupillary mirror to inspect the back of the patient's mouth.

The dentist used a tool with a pupillary opening to check for cavities in the patient's teeth.

The physician examined the patient's throat using a pupillary speculum.

The doctor inserted the instrument with the pupillary opening into the patient's ear to check for blockages.

Pupillary size can vary depending on the distance of the object being viewed.

The optometrist noted asymmetrical pupillary responses in the patient's eyes.

The patient's pupillary size was found to be abnormal during routine eye examination.

Pupillary constriction can occur when the eye focuses on a nearby object.

Pupillary changes can be indicative of underlying medical conditions.

The specialist measured the patient's pupillary distance to prescribe bifocal lenses.

Pupillary dilation can be caused by certain medications or drugs.

The doctor observed pupillary dilation when the patient looked at a distant object.

Pupillary size can change in response to changes in lighting conditions.

Pupillary examination is an important component of the eye exam for assessing visual function.

The pupil size of some animals is controlled by pupillary muscles.

The optician recommended glasses with adjustable pupillary distance for the patient with strabismus.

The optician measured the patient's pupillary distance to ensure proper fit for glasses.

The optometrist examined the patient's pupillary response to near and far objects.

Pupillary abnormalities can sometimes be corrected with corrective lenses.

The ophthalmologist evaluated the patient's pupillary constriction in response to different levels of illumination.

Pupillary responses are an important tool for assessing visual function.

Pupillary light reflex can be tested to assess neurological function.

The pupillary constriction is a normal response to bright light.

The pupillary reflex is an important diagnostic tool in neurology.

The nurse measured the patient's pupillary size with a penlight.

The pupillary dilation was caused by the use of a certain medication.

The pupillary size changes in response to changes in light intensity.

The pupillary reflex is an involuntary response of the eye to light.

The pupillary examination showed a normal response to light.

The pupillary dilation in response to stress can indicate an increase in sympathetic nervous system activity.

The ophthalmologist examined the patient's pupillary function during the eye exam.

Her pupillary response was slow due to the medication she had taken.

The suspect's pupillary response indicated that he was lying.

The doctor checked the patient's pupillary response to light.

The patient's pupillary constriction was due to the use of narcotics.

The bright light caused her pupils to become pupillary constricted.

Pupillary constriction is one of the signs of opioid overdose.

The drug caused the pupils to become pupillary dilated.

The pupillary distance is an important measurement for eyeglass fitting.

The doctor used a flashlight to check the patient's pupillary reflexes.

The therapist observed the patient's pupillary response during a cognitive behavioral therapy session.

The optometrist observed the patient's pupillary response to check for signs of drug abuse.

The pharmacologist studied the effect of different medications on pupillary response.

The pupillary constriction reflex is a crucial test of neurological function.

The pilot had to pass a pupillary light reflex test as part of the aviation medical exam.