A compromised pupillary reflex can affect a person's ability to adapt to changing light conditions.
A damaged optic nerve can interfere with the normal functioning of the pupillary reflex.
A diminished pupillary reflex might indicate underlying neurological issues.
A healthy pupillary reflex is essential for proper vision.
A neurologist tested her pupillary reflex to assess potential brainstem damage after the accident.
A sluggish pupillary reflex can sometimes be a symptom of fatigue.
Certain medications can affect the speed and intensity of the pupillary reflex.
Her anxiety seemed to heighten her awareness of her own pupillary reflex.
Her pupils constricted rapidly, demonstrating a healthy pupillary reflex.
His intense focus on the screen seemed to suppress his pupillary reflex slightly.
His knowledge of the pupillary reflex helped him diagnose the patient’s condition quickly.
His pupillary reflex seemed normal despite the severity of his other symptoms.
His sluggish pupillary reflex suggested the possibility of a concussion.
His unusual pupillary reflex prompted further investigation by the medical team.
She learned about the pupillary reflex in her introductory biology class.
The abnormal pupillary reflex raised a red flag for the doctor.
The accident victim's pupillary reflex was assessed at the scene by paramedics.
The altered pupillary reflex suggested a potential brain injury.
The bright light triggered a rapid pupillary reflex.
The bright sunlight caused a strong and immediate pupillary reflex.
The cat's dilated pupils demonstrated a strong pupillary reflex in low light.
The darkness of the room exaggerated the subject's pupillary reflex.
The detective noted the victim's fixed and dilated pupils, indicating an absent pupillary reflex.
The doctor assessed the consensual pupillary reflex by shining a light in one eye and observing the response in the other.
The doctor carefully observed the size and shape of the pupils during the pupillary reflex assessment.
The doctor considered other factors before concluding the abnormal pupillary reflex was indicative of a serious problem.
The doctor explained how the pupillary reflex works to regulate light entering the eye.
The doctor explained the process of the pupillary reflex to the concerned family.
The doctor shone a penlight in his eye to check for a normal pupillary reflex.
The doctor used a handheld device to stimulate the pupillary reflex.
The doctor used a special instrument to measure the speed of the pupillary reflex.
The doctor used the pupillary reflex to assess the patient's level of consciousness.
The drug trial monitored the effects of the medication on the pupillary reflex.
The effect of caffeine on the pupillary reflex was negligible.
The emergency room physician quickly checked for a pupillary reflex in the unconscious patient.
The examination revealed a perfectly normal pupillary reflex.
The experiment explored the relationship between the pupillary reflex and emotional response.
The intensity of the light directly affects the magnitude of the pupillary reflex.
The lecture covered the various conditions that can affect the pupillary reflex.
The medic checked for a pupillary reflex to assess the unresponsive patient.
The medical examiner documented the state of the deceased's pupillary reflex.
The medical team closely monitored the patient’s pupillary reflex after the surgery.
The medication she was taking had a known side effect of affecting the pupillary reflex.
The neurologist ordered further tests to investigate the abnormal pupillary reflex.
The nurse carefully documented the patient’s response to the pupillary reflex test.
The nurse documented the patient's pupillary reflex as 'brisk and equal.'
The ophthalmologist explained how the pupillary reflex protects the eyes from excessive light.
The ophthalmologist specializes in diagnosing and treating conditions that affect the pupillary reflex.
The patient exhibited a weak and delayed pupillary reflex.
The patient reported sensitivity to light, possibly due to an overactive pupillary reflex.
The patient's lack of a pupillary reflex was a concerning sign.
The patient's pupils constricted in response to the light, indicating a functioning pupillary reflex.
The patient’s description of double vision raised concerns about a potential issue with the pupillary reflex.
The patient’s eyes adjusted quickly, indicating a robust pupillary reflex.
The patient’s history of migraines was considered when evaluating her pupillary reflex.
The pediatrician examined the infant's pupillary reflex during the routine checkup.
The physician carefully evaluated the symmetry of the pupillary reflex in both eyes.
The presentation highlighted the importance of the pupillary reflex in diagnosing neurological disorders.
The pupillary reflex allows the eyes to adapt to changing light conditions.
The pupillary reflex can be affected by alcohol consumption.
The pupillary reflex can be affected by damage to the brainstem or optic nerve.
The pupillary reflex can be influenced by factors such as fatigue and stress.
The pupillary reflex can be used to detect signs of drug overdose.
The pupillary reflex helped the doctor determine the level of consciousness of the patient.
The pupillary reflex is a complex process involving multiple parts of the nervous system.
The pupillary reflex is a crucial part of the neurological examination.
The pupillary reflex is a fundamental aspect of visual function.
The pupillary reflex is a fundamental diagnostic tool in neurology.
The pupillary reflex is a key indicator of neurological health.
The pupillary reflex is a natural and automatic response to changes in light.
The pupillary reflex is a protective mechanism against excessive light exposure.
The pupillary reflex is a quick and easy way to assess brainstem function.
The pupillary reflex is a reflex that is controlled by the brainstem.
The pupillary reflex is a simple but powerful diagnostic tool.
The pupillary reflex is a valuable tool for diagnosing neurological disorders.
The pupillary reflex is a vital component of the visual system.
The pupillary reflex is a vital sign that can provide valuable information about a patient's condition.
The pupillary reflex is an important indicator of brain function.
The pupillary reflex is mediated by the autonomic nervous system.
The pupillary reflex remained consistent throughout the observation period.
The research team explored the genetic factors that influence the pupillary reflex.
The researchers aimed to develop a more accurate method for assessing the pupillary reflex.
The researchers used advanced technology to analyze the intricacies of the pupillary reflex.
The researchers were studying the link between the pupillary reflex and cognitive function.
The software analyzed the video recording of the pupillary reflex to identify subtle abnormalities.
The student asked a question about the neurological pathways involved in the pupillary reflex.
The study compared the pupillary reflex in healthy individuals and those with certain medical conditions.
The study examined the influence of stress on the pupillary reflex.
The study investigated the effects of various environmental factors on the pupillary reflex.
The study investigated the impact of age on the efficiency of the pupillary reflex.
The study sought to determine the clinical significance of variations in the pupillary reflex.
The surgeon monitored the patient’s pupillary reflex throughout the procedure.
The technician used a special program to analyze the data from the pupillary reflex assessment.
The test measured the latency of the pupillary reflex.
The textbook described the pupillary reflex as an involuntary response.
The textbook provided a detailed explanation of the pupillary reflex mechanism.
The training focused on accurately assessing the pupillary reflex in different situations.
They observed the changes in the pupillary reflex as the patient awoke from anesthesia.
Understanding the pupillary reflex is essential for medical professionals.
Variations in the pupillary reflex can sometimes indicate drug use.