Get TN Professional Athlete Neurological Examination Report

three (3) minute neurological examination ExaminationNotesDrift of outstretched armsTests pyramidal tract.Finger-nose testTests coordination.Fine finger movementsTests pyramidal and extrapyramidal tracts.Hand tapping.Cerebellar and brainstem disease.8 more rows

A neurological exam, also called a neuro exam, is an evaluation of a person's nervous system that can be done in the healthcare provider's office. It may be done with instruments, such as lights and reflex hammers. It usually does not cause any pain to the patient.

The neurological examination is divided into five parts: mental status, cranial nerves, motor function, sensory function, and reflexes. In the mental status exam, you are asked questions designed to assess your level of alertness, orientation, mood, and cognition.

Routine neurological exams performed by registered nurses during their daily clinical practice include assessing mental status and level of consciousness, pupillary response, motor strength, sensation, and gait.

Documentation of a basic, normal neuro exam should look something along the lines of the following: The patient is alert and oriented to person, place, and time with normal speech. No motor deficits are noted, with muscle strength 5/5 bilaterally. Sensation is intact bilaterally.

A neurological exam evaluates brain and nervous system functioning. It's a series of tests that assesses mental status, reflexes, movements and more. You may benefit from this test if you show signs of a neurological disorder.

Are you experiencing any current neurological concerns such as headache, dizziness, weakness, numbness, tingling, tremors, loss of balance, or decreased coordination? Have you experienced any difficulty swallowing or speaking? Have you experienced any recent falls?

A complete neurologic examination should contain an assessment of sensorium, cognition, cranial nerves, motor, sensory, cerebellar, gait, reflexes, meningeal irritation, and long tract signs. Specific scales are useful to improve interobserver variability.