A positive Babinski reflex in an adult can indicate neurological damage or disease.
He wondered if his tingling feet were related to the possible manifestation of a Babinski reflex.
Researchers are studying the potential link between the Babinski reflex and certain genetic disorders.
The attending physician questioned the team about the physiological basis of the Babinski reflex.
The Babinski reflex, named after neurologist Joseph Babinski, remains a valuable diagnostic tool.
The differential diagnosis included conditions that could cause a positive Babinski reflex.
The doctor checked for the Babinski reflex to assess the patient's upper motor neuron function.
The doctor emphasized the importance of accurately documenting the presence or absence of the Babinski reflex.
The doctor explained that the Babinski reflex is a primitive reflex that should disappear in infancy.
The doctor explained that the Babinski reflex is a sign of damage to the central nervous system.
The doctor explained that the Babinski reflex is caused by the immaturity of the corticospinal tract.
The doctor used a blunt object to stroke the sole of the foot to elicit the Babinski reflex.
The doctor used the Babinski reflex to help assess the patient's overall health and well-being.
The doctor used the Babinski reflex to help assess the patient's risk of developing neurological complications.
The doctor used the Babinski reflex to help determine the location of the neurological lesion.
The doctor used the Babinski reflex to help determine the need for further testing.
The doctor used the Babinski reflex to help differentiate between different neurological conditions.
The doctor used the Babinski reflex to help evaluate the patient's response to medication.
The doctor used the Babinski reflex to help guide treatment decisions.
The doctor used the Babinski reflex to help monitor the patient's progress during treatment.
The doctor used the Babinski reflex to help personalize the patient's treatment plan.
The elderly woman's Babinski reflex was tested during her routine neurological examination.
The emergency room doctor quickly tested for the Babinski reflex after the patient lost consciousness.
The lab results, combined with the positive Babinski reflex, pointed towards a specific neurological condition.
The medical examiner noted the Babinski reflex in the deceased's medical records.
The medical student struggled to consistently elicit a reliable Babinski reflex on different patients.
The neurologist carefully documented the presence of the Babinski reflex on the patient's chart.
The neurologist carefully documented the technique used to elicit the Babinski reflex.
The neurologist considered the patient's age when interpreting the results of the Babinski reflex test.
The neurologist consulted with a neurosurgeon to discuss the implications of the patient's positive Babinski reflex.
The neurologist explained that the Babinski reflex is a complex reflex that involves multiple neural pathways.
The neurologist explained that the Babinski reflex is a key component of the neurological examination.
The neurologist explained that the Babinski reflex is a primitive reflex that is normally suppressed by the brain.
The neurologist explained that the Babinski reflex is a reflection of the brain's ability to control movement.
The neurologist explained that the Babinski reflex is a reflex arc that bypasses the brain.
The neurologist explained that the Babinski reflex is a sensitive indicator of neurological dysfunction.
The neurologist explained that the Babinski reflex is a sign of upper motor neuron dysfunction.
The neurologist explained that the Babinski reflex is a sign that the brain is not functioning properly.
The neurologist explained that the Babinski reflex is a valuable tool for diagnosing neurological conditions.
The neurologist explained that the Babinski reflex is an important indicator of neurological health.
The neurologist ordered further testing to investigate the cause of the patient's abnormal Babinski reflex.
The neurologist suspected multiple sclerosis because of the patient's symptoms and a positive Babinski reflex.
The neurologist used the Babinski reflex as one of several tools to assess the patient's neurological function.
The patient reported no changes in their Babinski reflex since their last appointment.
The patient was committed to working with their healthcare team to improve their Babinski reflex.
The patient was concerned about the potential long-term implications of their positive Babinski reflex.
The patient was determined to overcome the challenges associated with their positive Babinski reflex.
The patient was encouraged by the progress they had made in managing their Babinski reflex.
The patient was grateful for the doctor's thorough explanation of the Babinski reflex.
The patient was hopeful that their Babinski reflex would improve with treatment.
The patient was optimistic about the future, despite their positive Babinski reflex.
The patient was reassured that the Babinski reflex was not a cause for immediate concern.
The patient was referred to a specialist for further evaluation of their abnormal Babinski reflex.
The patient was relieved to learn that the Babinski reflex was a normal finding for their age group.
The patient's family was concerned about the presence of the Babinski reflex and its potential consequences.
The patient's lawyer argued that the doctor failed to properly assess the Babinski reflex, leading to a misdiagnosis.
The pediatrician reassured the parents that the Babinski reflex is normal in their baby.
The physical exam revealed a clear Babinski reflex, confirming the neurologist's suspicion.
The physical therapist considered the Babinski reflex when designing the patient's rehabilitation plan.
The positive Babinski reflex was a key finding that helped the doctors make the correct diagnosis.
The presence of a unilateral Babinski reflex suggested a lesion on one side of the brain.
The presence of the Babinski reflex alongside muscle spasticity suggested upper motor neuron syndrome.
The presence of the Babinski reflex in a 70-year-old man was a red flag for the medical team.
The presence of the Babinski reflex was an important factor in determining the patient's prognosis.
The presence or absence of the Babinski reflex can help differentiate between upper and lower motor neuron lesions.
The professor used a video to illustrate how to accurately test for the Babinski reflex.
The rehabilitation program focused on retraining the neural pathways affected by the Babinski reflex.
The research explored the potential of using the Babinski reflex as a predictor of stroke severity.
The research focused on developing new diagnostic tools to better assess the Babinski reflex.
The research focused on developing new interventions to improve the function of patients with a Babinski reflex.
The research focused on developing new methods for assessing the Babinski reflex in infants.
The research focused on developing new strategies for managing the symptoms associated with a positive Babinski reflex.
The research focused on developing new technologies for assessing the Babinski reflex in real-time.
The research paper explored the reliability of the Babinski reflex as a diagnostic marker.
The research team studied the effects of aging on the Babinski reflex.
The research team studied the effects of different medications on the Babinski reflex.
The research team studied the effects of environmental factors on the Babinski reflex.
The research team studied the genetic factors that may contribute to the development of the Babinski reflex.
The research team used advanced imaging techniques to study the neural pathways involved in the Babinski reflex.
The resident physician confidently demonstrated how to elicit the Babinski reflex during rounds.
The stroke patient exhibited a pronounced Babinski reflex on their affected side.
The student nurse practiced eliciting the Babinski reflex on a mannequin before working with real patients.
The study aimed to determine the sensitivity and specificity of the Babinski reflex in detecting neurological damage.
The study examined the effectiveness of different treatment approaches for patients with a positive Babinski reflex.
The study examined the relationship between the Babinski reflex and balance problems.
The study examined the relationship between the Babinski reflex and gait abnormalities.
The study examined the relationship between the Babinski reflex and sleep disorders.
The study examined the relationship between the Babinski reflex and speech difficulties.
The study investigated the effectiveness of different complementary therapies for patients with a Babinski reflex.
The study investigated the effectiveness of different lifestyle modifications for patients with a Babinski reflex.
The study investigated the effectiveness of different rehabilitation therapies for patients with a Babinski reflex.
The study investigated the effectiveness of different surgical procedures for patients with a positive Babinski reflex.
The study investigated the relationship between the Babinski reflex and cognitive impairment.
The study investigated the role of the Babinski reflex in the diagnosis of spinal cord injuries.
The team discussed whether the Babinski reflex was truly positive or a pseudo-response.
The textbook clearly explained the significance of the Babinski reflex in infants.
The textbook highlighted the importance of understanding the different variations of the Babinski reflex.
The therapist explained that the absence of the Babinski reflex in a newborn could also be concerning.
Understanding the Babinski reflex is crucial for diagnosing certain neurological conditions.
While a normal response is plantar flexion, the Babinski reflex shows dorsiflexion in affected individuals.