PubMed Health⌕ Search

SEARCH · PubMed Health

Results for “NEUROLOGIC EXAMINATION”

Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 469 records · Page 26Linked to original sources
PubMed2006

Neurological abnormalities in young adults born preterm.

OBJECTIVE: Individuals born before 33 weeks' gestation (very preterm, VPT) have an increased likelihood of neurological abnormality, impaired cognitive function, and reduced academic performance in childhood. It is currently not known whether neurological signs detected in VPT children persist into adulthood or become attenuated by maturation of the CNS. METHOD: We assessed 153 VPT individuals and 71 term-born controls at 17-18 years old, using a comprehensive neurological examination. This examination divides neurological signs into primary and integrative domains, the former representing the localising signs of classical neurology, and the latter representing signs requiring integration between different neural networks or systems. Integrative signs are sub-divided into three groups: sensory integration, motor confusion, and sequencing. The VPT individuals have been followed up since birth, and neonatal information is available on them, along with the results of neurological assessment at 4 and 8 years of age and neuropsychological assessment at 18 years of age. RESULTS: The total neurology score and primary and integrative scores were significantly increased in VPT young adults compared to term-born controls. Within the integrative domain, sensory integration and motor confusion scores were significantly increased in the VPT group, but sequencing was not significantly different between the VPT and term groups. Integrative neurological abnormalities at 18 were strongly associated with reduced IQ but primary abnormalities were not. CONCLUSIONS: Neurological signs are increased in VPT adults compared to term-born controls, and are strongly associated with reduced neuropsychological function.

Adolescent↗
PubMed2004

Ocular manifestations of Niemann-Pick disease type B.

PURPOSE: To investigate the ocular manifestations in Niemann-Pick disease type B (NPD-B). DESIGN: Observational case series. PARTICIPANTS: Forty-five patients (23 male and 22 female) with NPD-B from 37 unrelated families. METHODS: Serial clinical evaluations were carried out over a 2- to 14-year period, including a complete physical examination, neurologic assessment, and ophthalmologic examination. Genotyping of the specific mutations in the acid sphingomyelinase (ASM) gene was performed when possible for genotype-phenotype correlations. MAIN OUTCOME MEASURES: Fundus photographs to evaluate the retina, ASM genotype, and neurologic examination findings. RESULTS: Ophthalmoscopic examination revealed retinal stigmata in 15 of 45 patients, 3 with macular halos and 12 with cherry red maculae. Neurologic examinations did not reveal any evidence of neurodegeneration, and there was no consistent relationship between retinal findings and genotype. CONCLUSIONS: The presence of macular halos and/or cherry red maculae is not an absolute predictor of neurodegeneration, but should prompt a thorough evaluation to determine the underlying etiology and the precise diagnosis.

Adolescent↗
PubMed1993

Effects of human immunodeficiency virus and immune status on magnetic resonance imaging of the brain in hemophilic subjects: results from the hemophilia growth and development study.

To determine the effects of hemophilia and human immunodeficiency virus (HIV) infection on the nervous system, the authors examined the relationship of brain magnetic resonance imaging (MRI) findings to immunologic function and neurologic examination findings. Baseline examinations included physical and neurologic examination, immunologic and virologic testing, and MRI of the brain. On neurologic examination, muscle atrophy was considered to be related to hemophilia if adjacent joints had arthropathy due to bleeding. Muscle atrophy was considered non-hemophilia-related if unrelated to arthropathy or if muscle atrophy was diffuse. Subjects were boys aged 6 to 19 years, enrolled in a multicenter study of the effects of hemophilia and HIV infection on growth and development, all with congenital coagulopathies requiring factor infusions. Three hundred ten subjects had complete data including neurologic examination, T-cell subsets, HIV antibodies, and MRI. Subjects with HIV infection whose CD4+ counts were < 200/microL were compared with subjects with HIV infection and CD4+ counts > or = 200/microL and with HIV-negative subjects, all of whom had CD4+ counts > 200/microL. MRI studies were normal in 230. Abnormal MRI studies were more frequent in HIV-positive subjects with CD4+ counts < 200 (29.4% abnormal compared with 17% in HIV-positive subjects with CD4+ counts > or = 200 and 15.3% in HIV-negative subjects). Diffuse atrophy accounted for most of the excess abnormalities in HIV-positive subjects with CD4+ counts < 200 (77.3% of abnormal scans). Diffuse atrophy on MRI was associated with decreased muscle bulk on neurologic examination, but not with abnormal tendon reflexes.(ABSTRACT TRUNCATED AT 250 WORDS)

Adolescent↗
PubMed2002

Clinical assessment after acute cervical spinal cord injury.

UNLABELLED: NEUROLOGICAL EXAMINATION: STANDARDS: There is insufficient evidence to support neurological examination standards. GUIDELINES: There is insufficient evidence to support neurological examination guidelines. OPTIONS: The American Spinal Injury Association international standards for neurological and functional classification of spinal cord injury are recommended as the preferred neurological examination tool for clinicians involved in the assessment and care of patients with acute spinal cord injuries. FUNCTIONAL OUTCOME ASSESSMENT: STANDARDS: There is insufficient evidence to support functional outcome assessment standards. GUIDELINES: The Functional Independence Measure is recommended as the functional outcome assessment tool for clinicians involved in the assessment and care of patients with acute spinal cord injuries. OPTIONS: The modified Barthel index is recommended as a functional outcome assessment tool for clinicians involved in the assessment and care of patients with acute spinal cord injuries.

Activities of Daily Living↗
PubMed1996

Principles of vertebral fracture management.

Traumatic disruption of the spine and supporting soft tissue structures may result in vertebral fracture or luxation and subsequent spinal cord compromise. An understanding of the regional anatomy is important to the discussion of pathophysiology and treatment of traumatic disorders. Various traumatic forces result in disruption of specific anatomic structures and reflect inherent stability or instability of the vertebral column. The neurological examination, and sequential neurological examinations, reflect the degree of spinal cord damage and vertebral instability. Patients in whom radiographs show instability, have severe neurological signs or worsening neurological signs, should be treated surgically. Several spinal stabilization techniques are available and their choice is contingent on the location in the spinal column, size of the patient, and the surgeon's experience. The prognosis is determined primarily by the severity of neurological signs, and the stability of the fixation technique.

Animals↗
PubMedDate not supplied

[Cognitive sequelae of acute hydrogen sulphide poisoning. A case report].

BACKGROUND: Hydrogen Sulphide (H2S) is a highly toxic, colorless gas smelling of rotten eggs. It is used in several industries and is a product of many industrial processes such as oil refining, mining and rayon manufacture. Acute, non fatal H2S intoxication at a concentration of 500 ppm, for few minutes, is followed by brain damage characterised by both immediate and permanent neurobehavioural deficits. OBJECTIVES: The present study describes the neurobehavioral effects of acute, non-fatal H2S intoxication in a healthy 36-year-old male at the workplace. METHODS: Three months after the acute poisoning, the subject was examined via a neurological examination, neuropsychological tests (Mini Mental State, Verbal Span Test, Digit Span Test, Bourdon-Wiersma Dot Cancellation Test, Benton Visual Retention Test, Somatognosia, Simple Visual Reaction Time, Simple Acoustic Reaction Time), Nuclear Magnetic Resonance (NMR), and Single Photon Emission Tomography (SPET). RESULTS: The results showed a reduction of cognitive capabilities, depressive symptoms and personality changes even through the results of neurological examination and neuroimaging techniques were unremarkable. CONCLUSIONS: Neuropsychological testing is a key issue in neurotoxicology assessment, because conventional neurology has been shown to be insensitive to the chemical neurotoxic effects and neuroimaging techniques are often unclear.

Acute Disease↗
PubMed1996

[A 32-year-old man who developed a posterior fossa mass 12 years after the radiation therapy for cerebellar arteriovenous malformation].

We report a 32-year-old man who developed cerebellar ataxia and a posterior fossa mass 12 years after the radiation therapy for a cerebellar arteriovenous malformation (AVM). The patient was well until 19 years of the age when he had an acute onset of vertigo and vomiting. A spinal tap was performed and the CSF was bloody. He was admitted to another hospital where an arteriovenous malformation was found in the cerebellum by angiography. Four years after the onset, he developed tingling sensation in the distribution of the second division of the right trigeminal nerve. He was admitted to the neurosurgery service of our hospital where the cerebellar AVM was confirmed. He was transferred to University of California where Bragg peak stereotaxic radiotherapy was successfully performed; this utilizes high energy alpha-ray produced by a cyclotron. Three years after the radiotherapy, marked reduction in the size of the AVM was confirmed by angiography. Twelve years after the onset of his initial symptom, he noted unsteadiness of gait. He was readmitted to our neurosurgery service where obstructive hydrocephalus was found. He was treated by ventriculoperitoneal shunting and placement of a Ommaya reservoir. After these therapy, he noted marked improvement in his gait and ataxia. However, in 1993, his unsteadiness of gait recurred, and he was again admitted to our neurosurgery service on June 20, 1993. On admission, T1-weighted MRI revealed a slightly low signal intensity mass lesion in the right cerebellar hemisphere compressing the brain stem; a spotty high signal intensity lesion and another small low intensity lesion were seen within the mass. Vertebro-basilar angiograms revealed upward displacement of the superior cerebellar arteries. No arteriovenous nidus was visualized. On July, 3rd, the cyst was surgically drained and the Ommaya reservoir was removed. Post-operative course was uneventful, however, he developed head tremor after the surgery. Neurologic examination on July 20, 1993 revealed an alert and well oriented man in no acute distress. General physical examination was unremarkable. Neurologic examination revealed no dementia; higher cerebral functions appeared intact. The optic discs were flat, and visual fields were intact. Ocular movements were full but convergence was restricted. Horizontal gaze nystagmus was noted more in the right lateral gaze. Pupils were intact. Facial sensation and facial muscles were intact. Hearing was normal. His voice was of nasal quality. Pharyngeal reflex was diminished. The tongue showed deviation to the left without atrophy. Head tremor at 5 c/s was noted. He was able to stand with support but was unable to walk. No muscle atrophy or weakness was noted. The finger-to-nose and the heel-to-knee tests showed dysmetria and decomposition more on the right. Rapid alternating movements were ataxic on the right. Muscle tone was diminished on the right. Muscle stretch reflexes were normally elicited and were symmetric. The plantar response was flexor bilaterally. Sensation was intact. On July 21, a posterior fossa exploration was performed. After the surgery, he was treated with 30 mg/day of alotinolol which showed no effect on his head tremor. He was then treated with gradually increasing doses of clonazepam; when he received 8 mg/day of clonazepam, his tremor showed marked improvement. He was discussed in a neurologic CPC on the nature of the posterior fossa lesion and his tremor. Opinions were divided between delayed radiation necrosis and a radiation-induced brain tumor. The chief discussant arrived at the conclusion that the patient had delayed radiation necrosis compressing the brain stem and cerebellar hemispheres. Regarding the nature of his tremor, he thought that his head tremor was of cerebellar type of postural tremor. Histologic examination of the biopsied specimen revealed accumulation of relatively fresh blood constituents in the deep area of the cerebellum forming a mass. Most of the

Adult↗
PubMedDate not supplied

[Neuropsychological catamnesis in cases of intracranial aneurysm].

The authors analyzed the results of neuropsychological examinations in 30 cases in which a single intracranial aneurysm had been excluded from circulation. The neuropsychological assessment of the higher mental functions was carried out using a set of tests of A. R. Luria in all cases and repeated thrice, comparing the results with those of neurological examination and EEG. The condition of the patients was evaluated using a three-grade scale. In the group of cases with aneurysms of the anterior communicating artery a divergence was observed between the results of neuropsychological examination and neurological examination. The patients achieved not infrequently, very good and good Grades in neurological examination and unsatisfactory in neuropsychological examination and unsatisfactory in neuropsychological examination. A similar divergence was observed also when the aneurysm was situated in other cerebral arteries. On the other hand, considerable similarities were found between the neuropsychological assessment and the result of EEG (with regard to the location, of disturbances and their intensity). Neuropsychological examination made possible detection and determination of the dynamic development of defects in the functions of higher psychic activities inaccessible for routine neurological examination, but having a very important effect on the everyday functions of the patient.

Adolescent↗
PubMed2000

Neurologic evaluation of violent juveniles.

Any juvenile who has acted violently requires a systematic, meticulous neurologic evaluation. There is no substitute for an adequate medical, family, and social history, the latter focusing on abuse and neglect. Evaluation should include a full physical and a conventional neurologic examination. Additionally, the physical, neurologic examination must include tests of cerebral-cortical function. The history and physical examination usually will indicate the diagnosis. A neuropsychologic evaluation of higher cerebral functions, including tests of frontal functions, should also be done in most cases. Some specific causes of brain disease can be identified by appropriate blood and urine tests, waking and sleep EEGs, and neuroimaging investigations. In general, positive findings are more significant than negative findings. If the physical examination and psychological tests are negative and the MR imaging shows a brain tumor, the patient has a brain tumor. If the neurologic or neuropsychological examinations demonstrate brain dysfunction, the patient has brain dysfunction, even if MR imaging is normal.

Adolescent↗
PubMedDate not supplied

[Transitory neurologic findings in risk children in the first year of life].

During the first year of life many infants born "at risk" present neurological findings, which vanish by the end of the first year. These neurological symptoms are found by using a neurological examination, which employs the principles of Prechtl 's neurological examination of the newborn. Using this kind of neurological examination, the neurology of transitory findings was studied in 40 infants "at risk" during their first year of life. Only infants "at risk" were selected, who presented finally normal psychomotor development at the end of the first year of life.

Brain Damage, Chronic↗
PubMed2006

Long-term neuromotor outcome at school entry of infants with congenital heart defects requiring open-heart surgery.

OBJECTIVES: Increased survival in infants with complex congenital heart defects (CHDs) has resulted in greater focus on morbidity. This prospective study was conducted to investigate whether or not neuromotor impairments evident acutely persist long-term. STUDY DESIGN: A total of 94 infants with CHD were reassessed at school entry (age 64.2 +/- 11.3 months) by blinded examiners using the Peabody Developmental Motor Scale and neurologic examination. RESULTS: Neurologic abnormalities were noted in 28.4% of the subjects, with hypotonia and developmental delay most commonly observed. Microcephaly was documented in 15.4% of subjects, with head circumference >50th percentile in only 14.1%. Mean gross and fine motor quotients were shifted downward (82.7 +/- 12.3 and 86.2 +/- 16.3, respectively), and gross and fine motor delays were prevalent (49.4% and 39.0%, respectively). Severe disability was rare (<5%). Predictors of neurologic impairment included type of surgery (palliative/corrective), abnormal postoperative neurologic examination, and presence of microcephaly at initial surgery. Gross motor delay was more likely if palliated. Deep hypothermic circulatory arrest time, palliative surgery, microcephaly, and number of hospitalizations were associated with fine motor delay. CONCLUSIONS: Neurologic impairments and motor delay are common in survivors of open-heart surgery, persisting to age of school entry. Early indicators of medical complications and acute neurologic compromise are associated with increased risk. Early identification and intervention may optimize performance in those at risk.

Cardiac Surgical Procedures↗
PubMed1980

Diagnostic evaluation of headache. Impact of computerized tomography and cost-effectiveness.

One hundred sixty-one highly selected patients with headache were studied to assess the impact of computerized tomography (CT) on diagnostic evaluation and to determine cost-effectiveness of neurodiagnostic evaluation of headache. Fewer nuclide brain scans were performed after availability of CT, but diagnostic charges stayed about the same. A careful history and physical and neurological examinations were adequate screens to detect intracranial mass lesions or systemic disease associated with headache. In patients with normal findings from neurological examination, no clinically important abnormalities were detected by CT, skull roentgenogram, angiography, or nuclide brain scan. The cost of finding a case of brain tumor was estimated to be at least $1,265 for patients with abnormalities on neurological examination and $11,901 for patients with normal findings on neurological examination. Neurodiagnostic evaluation of headache patients with normal findings from neurological examination is expensive and was clinically unrewarding in this series.

Brain↗
PubMed1981

A scoring system to predict outcome following neonatal seizures.

Ninety-six newborn infants with seizures were scored during the initial hospitalization on abnormality of EEG, neurologic examination, etiology of seizures, length of seizure, type of seizure, and birth weight under or over 1,500 gm. At 3 months, corrected for gestational age, the 80 surviving infants were scored on abnormality of current EEG, neurologic examination, etiology of seizure, presence or absence of seizure since hospital discharge, and birth weight under or over 1,500 gm. At age 10 months, 76 of 77 surviving infants were evaluated with the Gesell Developmental Inventory, physical examination, and neurologic examination. Chi square analysis documented that the scoring system was an accurate predictor of those infants with seizure disorders, mental retardation, and motor dysfunction. The score may assist the clinician in making decisions in regard to anticonvulsant therapy during initial hospitalization or at age 3 months.

Anticonvulsants↗
PubMed2006

A prospective evaluation of the value of repeat cranial computed tomography in patients with minimal head injury and an intracranial bleed.

BACKGROUND: Patients with minimal head injury (MHI) and intracranial bleed (ICB) detected on cranial computed tomography (CT) scan routinely undergo a repeat cranial CT within 24 hours after injury to assess for progression of intracranial injuries. While this is clearly beneficial in patients with a deteriorating neurologic status, it is of questionable value in patients with a normal neurologic examination. The goal of this study was to prospectively assess the value of a repeat cranial CT in patients with a MHI and an ICB who have a normal neurologic examination. METHODS: A prospective analysis of all adult patients admitted to a Level I trauma center after blunt trauma causing a MHI (defined as the loss of consciousness or posttraumatic amnesia with a Glasgow Coma Scale (GCS) score of greater or equal to 13) and an ICB on the initial cranial CT during a 12-month period (July 2002 through July 2003) was performed. All patients with MHI were prospectively evaluated and followed until discharge. Data collected included demographics, neurologic examination and findings on the initial and repeat cranial CT scan. Outcome data included neurologic deterioration, neurosurgical intervention, and Glasgow Outcome Scale (GOS) on discharge. RESULTS: In all, 161 consecutive patients with MHI and a positive cranial CT scan were identified. The initial cranial CT lead to a neurosurgical intervention (1 craniotomy, 4 intracranial pressure monitors) in 4% of cases. The remaining 130 patients who met inclusion criteria, underwent a repeat cranial CT scan within 24 hours postadmission. Ninety nine (76%) patients had a normal neurologic examination at the time of their repeat cranial CT. After the repeat cranial CT none required immediate neurosurgical intervention or had delayed neurologic deterioration related to their head injury. Fifteen patients underwent additional neuroradiologic studies but none showed further progression of their ICB or lead to a change in management. One patient died from non-traumatic brain injury related causes and of the remaining 26 patients, 98% had an overall favorable GOS score (> 3) on discharge. In this group of patients with MHI and ICB, the negative predictive value of a normal neurologic examination was 100%. CONCLUSIONS: Repeat cranial CT, in patients with a MHI and a normal neurologic examination, resulted in no change in management or neurosurgical intervention and is therefore not indicated. A multicenter prospective study would further validate these conclusions, reduce unnecessary CT scans, and likely improve our current standard of care in these patients.

Adolescent↗
PubMedDate not supplied

[Clinical techniques for use in neurological physical examinations. III. Sensory functions].

AIMS: The purpose of this work is to focus on the main practical aspects of the techniques used for the neurological physical examination of the sensory functions and to present an approach for the practice of this study. DEVELOPMENT: Despite the difficulty often involved in interpreting its results, today the formal examination of sensation is still an important part of a complete neurological evaluation and remains valid in the search for a correct diagnosis and suitable treatment. We recommend clinicians to carry out a brief but consistent and effective exploration in a systematic, flexible and orderly manner to check for abnormalities in the sensory functions. Should any anomalies be detected, then a more detailed and thorough neurological exploration must be performed selectively. We present a detailed review of the practical aspects of the main techniques used in the physical examination of this neurological category. In addition to the tests used to examine the peripheral and cortical sensory systems, we also describe other techniques designed to trigger pain or other sensory symptoms due to radicular lesions or injury to the median nerve. CONCLUSIONS: We present a detailed description of the main clinical techniques used in the neurological physical examination of the sensory functions, as well as an approach that allows them to be performed on adult patients. In addition, we underline the importance of physically examining the sensory functions in contemporary medicine and the need to continually perfect the way these techniques are performed in order to achieve an efficient clinical practice.

Adult↗
PubMed1998

MR-angiographic findings of patients with central vestibular disorders.

Magnetic resonance angiography (MRA) is a new, noninvasive, and useful method to estimate the posterior circulation in patients with vertigo. From June 1995 to May 1997, 180 patients were examined by magnetic resonance imaging (MRI) and MRA in our department. One hundred and forty-seven patients were vertiginous patients. We measured the displacement angle of the basilar artery with MRA, and examined the relationship between the findings from some neurological examinations and MRA findings in patients with vertigo and dizziness. One hundred and forty-seven patients with vertigo or dizziness were examined by MRI and MRA. They were diagnosed with MRI images in addition to several neurological examinations. MRA was not used for the diagnosis but rather for measuring the displacement angle of the basilar artery. Eighty-six cases with central vestibular disorders, 11 cases with vertebrobasilar insufficiency, and 26 cases with autonomic nerve disorders were recognized. In the cases of central vestibular disorders, the incidences of hyperlipidemia and hypotension were higher than the incidence of anemia. The average displacement angle of the basilar artery (n = 180) was 153.4 degrees +/- 39.4 degrees (mean +/- S.D.). MRA findings were classified into five categories. Ten patients were classified as category III, which represented unilateral partial vertebral artery stenosis. The detection rate for category III and IV abnormalities by neurological examination was higher than that for the other categories. MRI and MRA are important methods to examine patients with central nervous disorders. Distal vertebral artery stenosis may carry a higher risk of a stroke than brainstem infarction.

Autonomic Nervous System Diseases↗
PubMedDate not supplied

Suspected spinal cord compression in cancer patients: a multidisciplinary risk assessment.

Investigators involved in this study sought to identify independent clinical predictors of spinal cord compression (SCC) in cancer patients by analyzing a comprehensive set of potential risk factors based on the results of spine magnetic resonance imaging (MRI). In all, the investigators analyzed 136 episodes of suspected SCC among 134 cancer patients evaluated with spine MRI. Each subject was interviewed within 7 days of the spine MRI to collect accurate self-reported symptom data. Neurologic examination data were detailed by the physician examining the subject prior to the spine MRI; uniform demographic and clinical information regarding the subject's cancer history was abstracted from the medical record. Multivariable logistic regression analysis was used to identify independent predictors of SCC. Clinically significant SCC was defined as thecal sac compression (TSC), which occurred in 50 episodes (37%). Four independent predictors of TSC were identified and included information from the neurologic examination (abnormal neurologic examination), subject-reported symptoms (middle or upper back pain), and the oncologic history (known vertebral metastases and metastatic disease at initial diagnosis). These four predictors stratified patients experiencing episodes into subgroups with varying risks of TSC, ranging from 8% (no risk factors) to 81% (three or four risk factors). These results confirmed earlier retrospective studies indicating that the evaluation of cancer patients with suspected SCC should be based upon clinical information that includes cancer-related history, symptom data,and the presence of pertinent neurologic signs. These predictors may help clinicians to assess risk in this patient population.

Adult↗