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Serial EEGs in normal and abnormal infants with birth weights less than 1200 grams--a prospective study with long term follow-up.

Serial EEGs were recorded during the postnatal period from 62 infants with birth weights less than or equal to 1200 gms. Neurological examinations were performed in proximity to the EEG and each infant had at least one imaging study of the brain in the immediate postnatal period. All infants were examined at 2-3 years age. Neurological sequelae were seen in all infants with markedly abnormal neonatal EEGs and in the majority of those with persistently moderately abnormal tracings. A particularly unique EEG abnormality consisting of an arrest of maturation of cerebral electrical activity was seen in infants with bronchopulmonary dysplasia who suffered neurological sequelae. A persistently asymmetric EEG background was recorded in infants with hemispheric pathology who were found to have hemisyndromes at long term follow-up. Serial EEGs were better predictors of long term outcome than imaging studies and the neurological examination.

Brain↗

Long-term MRI changes in brain after pediatric open heart surgery.

We performed magnetic resonance imaging (MRI) on the brain and neurologic examinations on 23 children after open heart surgery for congenital heart disease. Twenty children also had psychometric assessments. Examinations were performed at a mean age of 66 months (range, 26 to 180 months). Age at operation was less than 1 month in 43% and more than 6 months in 45%. Abnormal scans were found in 17 (74%) and showed diffuse findings consistent with hypoxic-ischemic encephalopathy, with or without areas of cortical infarction; focal cortical infarction alone; and (in one patient) callosal agenesis and abnormal neuronal migration. Normal IQ and neurologic examinations were found in all six of those who had a normal MRI, and five of six children with changes consistent with focal cortical infarction without diffuse change had a normal neurologic examination. Cerebral palsy and mental retardation was common in the group with diffuse abnormality (in eight of nine children), and this was more likely to occur in those who underwent prolonged (> 45 minutes) hypothermic circulatory arrest and operation during early infancy (P = .004). Focal cortical findings without diffuse changes were more likely in those who underwent open heart surgery without hypothermic circulatory arrest and were older than 6 months at operation, and these children were less likely to have frank neurodevelopmental sequelae. Thus, in our population, focal cortical lesions were common after open heart surgery, and, in addition, diffuse brain abnormality on MRI plus neurologic sequelae were common after prolonged hypothermic circulatory arrest.

Adolescent↗

Clinical signs of tumors affecting the rostral cerebrum in 43 dogs.

The clinical and pathologic features of 43 dogs with neoplasia of the rostral cerebrum were reviewed. Primary brain tumors included meningioma, astrocytoma, neuroblastoma, oligodendroglioma, and ependymoma. Other tumors that secondarily affected these areas included solitary hemangiosarcoma, nasal neuroendocrine carcinoma, nasal cell adenocarcinoma, nasal squamous cell carcinoma, and nasal neurofibrosarcoma. Older dogs were usually affected (mean, 10 years), and meningioma was the most frequent tumor type. Thirty-one dogs (72% of total) had a late-onset (greater than 5 years of age) of either generalized seizures or behavior abnormalities, or both, with an initially normal neurologic examination. In these 31 dogs, a mean time of 78 days (range, 2 to 400 days) elapsed from the onset of seizures or behavior change to the detection of a persistently abnormal neurologic examination. In all 43 dogs, the time from the detection of neurologic deficits to death or euthanasia and necropsy ranged from 1 to 63 days (mean, 13 days). On the basis of this review, it appears that dogs with late-onset seizures or behavior change, or both, should be suspected of having tumors involving the rostral cerebrum, despite the absence of persistent neurologic deficits commonly associated with cerebral tumors. Further, the onset of abnormalities in the neurologic examination and the time of death seem to occur within predictable time periods.

Adenocarcinoma↗

Electrodiagnostic evidence for cervical radiculopathy and suprascapular neuropathy in shoulder pain.

Patients diagnosed with a shoulder impingement syndrome occasionally do not respond to techniques used for treatment of soft tissue injury. The neurologic examination may be only partially abnormal or incomplete due to pain limitation so that peripheral nerve or nerve root abnormalities are overlooked. This study was undertaken to investigate the frequency of cervical radiculopathy and suprascapular neuropathy in patients with shoulder pain who were initially diagnosed with a musculoskeletal syndrome. Thirty-three subjects with a diagnosis of unilateral or bilateral impingement syndrome were entered into the study. A neurological examination was performed, followed by electromyography on 38 upper extremities and associated cervical paraspinal muscles to search for electrodiagnostic evidence for a suprascapular neuropathy and/or cervical radiculopathy. There were no subjects with electrodiagnostic evidence for suprascapular neuropathy. In two studies (5.3%), there was electrodiagnostic evidence for a C5/6 radiculopathy, and in nine (23.7%) additional subjects, there was electrodiagnostic evidence for a possible cervical radiculopathy. The remaining 27 (71.1%) studies showed no significant electrodiagnostic evidence for a cervical radiculopathy. Of the 11 subjects with abnormal electrodiagnostic studies, the neurological examination in 7 (63.6%) was normal except for pain-limited manual muscle testing, and the other 4 (36.4%) had an abnormality in either sensation testing, muscle bulk, or muscle stretch reflexes. One case of a patient with an initial diagnosis of soft tissue injury is presented. In patients undergoing evaluation for shoulder pain, cervical radiculopathy as a possible etiology should be considered, even when there is an equivocal clinical examination.

Adult↗

Magnetic resonance imaging in multiple sclerosis: results in 32 cases.

A prospective clinical study was performed in 32 patients with multiple sclerosis (MS) to evaluate the sensitivity of lesion detection and accuracy of lesion localization by neurologic examination, delayed enhanced computed tomography (CT) with a double dose of contrast material, and proton magnetic resonance (MR) imaging. After neurologic examination patients were classified by probability of MS (possible, four patients; probable, three patients; and definite, 25 patients) and by disease activity (acute, chronic with acute exacerbation, or chronic progressive). Subsequently they underwent delayed enhanced CT scanning and MR imaging with more than one spin-echo technique. In five of seven patients with possible or probable MS, both MR imaging and delayed enhanced CT were negative. In 25 cases of definite MS, MR imaging detected pathology in 19 (76%) cases, while CT detected lesions in 15 (60%) of 25 cases. In acute lesions (acute or chronic with acute exacerbation), the two techniques were of similar sensitivity (delayed CT was positive in 65% and MR imaging in 60%), while in chronic progressive MS, MR imaging was superior in lesion detection (MR imaging positive in 75%; delayed CT in 25%). While most lesions (55%) were seen in corresponding locations in both studies, neither MR nor delayed CT correlated well with lesion localization by neurologic examination because a large number of asymptomatic lesions were imaged and many symptomatic lesions were undetected.(ABSTRACT TRUNCATED AT 250 WORDS)

Adult↗

Electroencephalographic abnormalities in children with congenital heart disease.

Ninety-eight consecutive patients with clinically suspected congenital heart disease were prospectively studied with electroencephalographic (EEG) recordings before cardiac catheterization. Twenty-five patients had abnormal EEGs. Fifty-five patients had acyanotic heart disease and normal neurologic examination results, of whom 15 had abnormal EEGs. Thirteen had spikes or spike and wave discharges and two had mildly abnormal EEGs. Twenty-seven patients had cyanotic heart disease and normal neurologic examination results, of whom four had abnormal EEGs. Seven patients (8%) had abnormal neurologic examination results, of whom four had abnormal EEGs. There was a higher incidence of seizures with increasing age. Based on their medical history two children with acyanotic heart disease had had seizures without EEG abnormalities. Five children with normal catheterization findings and four children with Down's syndrome (two with abnormal EEGs) were excluded from the total of 98. These findings suggest that subclinical nervous system involvement may occur in congenital heart disease.

Brain↗

The effect of intrauterine growth retardation on the quality of general movements in the human fetus.

The effect of severe intrauterine growth retardation on the quality of general movements was studied longitudinally in 17 human fetuses. During the prenatal and postnatal periods, fetal movements were recorded by means of weekly 1 h ultrasound and video registrations. Neurological examinations were performed at 1, 3, 6 and 12 months after birth. No clear effect of uncomplicated intrauterine growth retardation could be detected on the quality of general movements. General movements became slow and small in amplitude (4/5) in cases where there was a reduction in the amount of amniotic fluid. Parallel to the onset of abnormal fetal heart rate patterns, general movements became poor in repertoire (7/7), while they were hardly discernible after further deterioration of the fetal condition (5/7). With the exception of 3 infants with cerebral haemorrhages, the quality of general movements observed just before and after birth was identical (13/16). In these infants, the quality of general movements as well as the results of the standardized neurological examination tended to normalize at 3 months and 1 year, respectively. Uncomplicated IUGR had no marked effect on the quality of general movements or on the results of the neurological examination at the age of 1 year.

Aging↗

Role of computerized cranial tomography in the staging of small cell carcinoma of the lung.

Fifty-five patients with small cell lung cancer underwent computerized cranial tomography (CCT) and a complete neurologic examination as part of their staging work-up. Fifteen patients (27%) had evidence of brain metastases detected by CCT at the time of diagnosis. Eleven of these 15 patients had new focal abnormalities upon neurologic examination. Of the 44 patients who had no new focal abnormalities upon neurologic examination, four (9%) had CCT findings consistent with brain metastases, and, in three of these patients, the central nervous system was the only site of metastatic disease. Thus, through the use of CCT as a routine procedure in the staging of small cell lung cancer, three patients whose tumors would otherwise have been classified as limited-stage were found to have extensive-stage disease.

Brain Neoplasms↗

The impact of the accessibility of cranial CT scans on patient evaluation and management decisions.

OBJECTIVES: Cranial CT scans are amongst the most frequently performed radiological investigations performed in most developed countries. However, these tests are relatively expensive and economic realities should compel physicians to re-evaluate the utilization of this technology. The aim of this study was to review the utilization pattern and effect on management decisions of cranial CT scanning. DESIGN: Retrospective chart review. SETTING: University-affiliated community teaching hospital. SUBJECTS: The clinical data on 451 consecutive patients undergoing cranial CT scanning in our radiology department were reviewed. Eighty-five patients were referred from outside the hospital and were subsequently excluded from further analysis. INTERVENTIONS: None. MAIN OUTCOME MEASURES: The following data was abstracted from each patient's chart: the presenting clinical syndrome, the physician ordering the scan, details of the neurological examination performed prior to scanning, the CT scan findings and the impact the CT scan findings had on management decisions. RESULTS: The largest percentage of patients were referred from the emergency department (61%). Chronic intracranial lesions were present in 77 (21%) patients. New pathological findings were found in 91 (25%) patients. The commonest new lesions were ischaemic infarcts (43%), followed by intracerebral haemorrhage (13%) and space occupying lesions (11%). Ninety-seven per cent of patients presenting with new focal neurological signs had new findings on the CT scan, compared to 28% of patients with severe headache and 27% with a history of loss of consciousness. Head trauma was the presenting problem in 139 patients. New pathological findings were diagnosed in 24 of these patients. Fifty-four patients had no signs or symptoms referable to the central nervous system. None of these patients had new findings on CT scan. In the vast majority of patients the neurological examination performed prior to CT scanning was incomplete. CT scanning was considered to have altered the management or provided a new diagnosis in 162 (44%) patients; of these patients 61 (67%) were in the group with new findings on CT scanning and 101 (37%) in the group with no new findings. CONCLUSION: In this study cranial CT scanning affected clinical management decisions in less than half of the patients. Furthermore, a careful history and neurological examination was performed in the minority of patients undergoing CT scanning. It would therefore appear that the easy accessability of CT scans largely determines the utilization of this diagnostic tool.

Brain Diseases↗

MR imaging of acetabular fractures: value in detecting femoral head injury, intraarticular fragments, and sciatic nerve injury.

OBJECTIVE: The purpose of this prospective study was to compare the value of MR imaging in the detection of injuries associated with acute acetabular fractures (femoral head fracture, free fragments within the hip joint, and injury to the sciatic nerve) with the value of preoperative CT examinations, intraoperative inspection, intraoperative somatosensory evoked potentials (SEP), and clinical neurologic examinations. SUBJECTS AND METHODS: Coronal fat suppressed long TR/TE and unenhanced and contrast-enhanced T1-weighted MR images were obtained preoperatively in 37 patients with acetabular fractures. The sciatic nerve was assessed for injury and the femoral head was assessed for fracture, dislocation, and contusion. MR results were compared with CT findings for acetabular fractures and fractures of the femoral head. The appearance of the sciatic nerve on MR images was correlated with intraoperative changes in SEP and results of the clinical neurologic examination. RESULTS: Although MR images showed acetabular fractures, intraarticular fragments were often obscured. Fragments were readily apparent on CT scans. MR images showed fracture of the femoral head in 10 (27%) of 37 cases. Nine of these fractures also were seen on CT scans. MR images showed subchondral contusion of the femoral head in 24 (65%) of 37 cases. The same areas appeared normal on CT scans. MR images of the sciatic nerve obtained after injection of contrast material showed intraneural or perineural enhancement in all patients with either changes in baseline SEP (n = 19) or preoperative neurologic deficit (n = 10). Although baseline changes in SEP were more common with intraneural enhancement, the difference in the prevalence of neurologic deficits was not significant. The preoperative enhancement pattern alone could not be used to predict a neurologic deficit. CONCLUSIONS: MR imaging of acetabular fractures can be used to detect subclinical injury of the sciatic nerve and occult injuries of the femoral head not readily apparent on CT scans. However, intraarticular fragments may be obscured.

Acetabulum↗

Ten years of extracorporeal membrane oxygenation: neurodevelopmental outcome.

Cf the 87 survivors of extracorporeal membrane oxygenation over a 10-year period, 67 participated in a follow-up study which included neurologic examination (n = 67), cognitive testing (n = 67), and audiologic assessment (n = 33). Matched control subjects for those older than 5 years were also evaluated. Outcome was defined as normal for cognitive scores greater than or equal to 85 and normal neurologic examination results, suspect for cognitive scores 70 through 84 or nonfocal neurologic findings such as hypertonia/hypotonia, and abnormal for cognitive scores less than 70 or abnormal neurologic examination results. Of the 10 school-aged children studied, 9 were normal and there were no differences in mean cognitive scores between subjects and controls (IQ subjects = 109 +/- 12 [SD], IQ controls = 107 +/- 13). For preschoolers aged 2.7 through 4.11 years, the mean cognitive score was 91 +/- 11 and 7 (70%) were normal. For infants 6 through 30 months, the mean cognitive score was 101 +/- 22 and 27 (57%) were normal. A total of 7 children (21% of those studied) had abnormal audiologic assessments. Three children demonstrated mild high-frequency and 4 moderately severe high-frequency sensorineural hearing loss which was bilateral in 3 and of undetermined laterality in 1. Abnormal neurodevelopmental outcome was significantly associated with cerebral infarction and chronic lung disease. Outcome was not related to demographic or perinatal variables, illness severity prior to extracorporeal membrane oxygenation, or underlying diagnosis. Neurodevelopmental outcome among survivors of extracorporeal membrane oxygenation in this series is consistent with previous reports of morbidity among neonates with severe respiratory failure treated conventionally.

Child↗

Is atopic dermatitis a risk factor for intervertebral disc degeneration? A preliminary clinical and MRI study.

Atopic dermatitis (AD) is a common allergic disease that has recently been reported to be complicated with acute myelitis. To clinically evaluate the occurrence of myelitis in AD, 65 consecutive AD patients were neurologically examined. Of these, 37 underwent cervical MRI scans. Unexpectedly, the neurologic and MRI findings did not suggest myelitis, but rather, in most cases, cervical spondylosis. Therefore, we assessed the relationship between AD and cervical spondylosis. In addition, cervical MRI findings in 26 patients with multiple sclerosis (MS) and in 12 normal controls were also evaluated. The neurologic examinations in the AD patients frequently showed hyperreflexia in the legs, and sensory and motor disturbances were often present in the limbs. Cervical MRI findings suggestive of spondylosis, such as intervertebral disc degeneration and bulging/protrusion, were found more frequently in AD patients than in MS patients, with statistical significance. Posterior spondylolisthesis was observed with higher frequency in AD and MS patients than in normal controls. We concluded that AD might be a risk factor for intervertebral disc degeneration. As far as we know, this is the first paper describing the potential association between disc degeneration and AD.

Adolescent↗

Emergency management of head injuries.

Sophisticated care of the head injury patient in the emergency department does not demand sophisticated knowledge of neurosurgery. Instead it depends upon: (1) Meticulous attention to the fundamental principles of resuscitation; (B) Prevention of secondary cardiopulmonary abnormalities which can further injure the traumatized brain; (C) Performance of serial neurologic examinations. (In the case of acute head injury, a simple neurologic examination performed repeatedly usually provides the physician with more useful information than a more elaborate examination performed only once). (D) Consultation with the neurosurgeon. If there is any possibility that neurosurgical consultation might enhance the emergency department management of the patient, one should not hesitate to contact him. There is no question that protocols for any phase of emergency management of central nervous system (CNA) trauma are of no values unless there is a high degree of compliance. This can only be achieved through persons dedicated to training emergency medical technicians, nurses and physicians in the optimal care that can be afforded these patients. If advances are to be made in decreasing the morbidity and mortality of the CNS trauma patient, those actively involved in emergency medicine are going to have to take an active role in training programs, seminars and clinical practice for physicians, emergency department nurses, and emergency medical technicians.

Coma↗

[A 91-year-old man with a stroke, hypertension, and renal failure].

We report a 91-year-old man who had a stroke and died of renal failure. He had been treated for hypertension since 20 years before the onset of the present illness. In addition, he was operated on a gastric cancer 17 years previously. Otherwise he was doing well until May 29, 1991 (when he was 87-year-old) when he had sudden onset of dysarthria and right facial weakness. He was admitted to our hospital. On admission, general physical examination was unremarkable, and neurologic examination revealed a mentally sound man with slight dysarthria, right facial weakness, orolingual dyskinesia, and dysequilibrium in which he showed difficulty in tandem gait; however, no cerebellar ataxia was noted. A cranial CT scan revealed leukoaraiosis with multiple low density areas in the cerebral white matter. His BUN was 37 mg/dl and Cr 2.2 mg/dl. His neurologic symptoms cleared within the next few weeks and he was discharged with ticlopidine 100 mg q.d.. He had been doing well after the discharge except for gradual worsening of his renal function; his BUN was 65 mg/dl and Cr 3.27 mg/dl in April of 1994. On March 10, 1995, he fell down and hit his back; he became unable to walk because of pain, and he was admitted again on March 16, 1995. On admission, his blood pressure was 170/80 mmHg. There was an 1 + pitting pretibial edema; otherwise general physical examination was unremarkable. Neurologic examination revealed an alert and oriented man, however, Hasegawa's dementia scale was 23/30. Higher cerebral functions as well as cranial nerves were intact. He showed some unsteadiness of gait, however, no motor weakness or ataxia was noted. Deep tendon reflexes were diminished, but Chaddock sign was positive bilaterally. Vibration was diminished in the feet, however, pain and touch sensations were intact. Laboratory examination revealed a compression fracture of the twelfth thoracic vertebra. Blood count and chemistries were as follows; Hb 7.6 g/dl, Hct 23.3%, TP 6.0 g/dl, Alb 3.6 g/dl, BUN 87 mg/dl, Cr 4.53 mg/dl, T-Chol 174 mg/dl, HDL-Chol 49 mg/dl, Glu 156 mg/dl, Na 142 mEq/L, K 5.4 mEq/L, Cl 115 mEq/L. A urine specimen contained 1 + protein and 1 + glucose, and the sediments contained hyaline casts. A cranial CT scan was essentially same as that taken four years ago. His hospital course was complicated with pneumonia, congestive heart failure, and progressive renal failure. He was treated with intravenous fluid, chemotherapy, and other supportive measures, however, he expired from respiratory failure on April 30, 1995. He was discussed in a neurologic CPC, and the chief discussant arrived at the conclusion that the patient had Binswanger's disease in the brain, benign nephrosclerosis from arteriolosclerosis due to hypertension, congestive heart failure, and pneumonia. Opinions were divided regarding the question as to whether or not this patient had Binswanger's disease. Although his cranial CT scan revealed leukoaraiosis, his dementia and gait disturbance was only mild until his fall on March, 1995. Clinical features did not conform to those of Binswanger's disease. Postmortem examination of the right hemisphere revealed wide spread atherosclerosis and arteriolosclerosis. The kidney showed benign nephrosclerosis due to arteriolosclerosis. Sclerotic changes were also seen in the coronary arteries and the left middle cerebral artery with 70% stenosis. Myelin stain showed diffuse myelin pallor of the cerebral white matters with scattered small infarcts. Arterioles in the white matter showed arteriolosclerosis. Small infarcts were also seen in the putamen and in the thalamus. This patient appeared to have had circulatory disturbance of the white matter which is the basic abnormality causing Binswanger's disease. However, white matter changes in this patient were not quite severe enough to make a pathologic diagnosis of Binswanger's disease.

Aged↗

Clinical chorioamnionitis, elevated cytokines, and brain injury in term infants.

OBJECTIVES: To determine the initial inflammatory cytokine response in term infants born to mothers with clinical chorioamnionitis and to assess whether the cytokine response is associated with birth depression, abnormal neurologic examination, and hypoxic-ischemic encephalopathy (HIE). METHODS: Infants who were exposed to chorioamnionitis and admitted to the neonatal intensive care unit (n = 61) were studied prospectively. Cytokine concentrations were measured from umbilical cord blood and at 6 and 30 hours after birth. Control values (n = 50) were determined from cord blood of healthy term infants. Enzyme-linked immunosorbent assays were performed for interleukin (IL)-1beta; IL-6; IL-8; regulated on activation, normal T-cell expressed and secreted (RANTES); macrophage inflammatory protein-1alpha; and tumor necrosis factor-alpha. Serial blinded neurologic examinations using a modified Dubowitz score were performed simultaneously at 6 and 30 hours. RESULTS: Cord IL-6 (1071 +/- 1517 vs 65 +/- 46 pg/mL), IL-8 (2580 +/- 9834 vs 66 +/- 57 pg/mL), and RANTES (95 917 +/- 16 518 vs 54 000 +/- 14 306 pg/mL) concentrations only were higher in infants with chorioamnionitis versus control infants. IL-6 increased at 6 hours to 1451 +/- 214 pg/mL, followed by a 5-fold decline at 30 hours in contrast to progressive decreases over time in IL-8 and RANTES. There was no relationship between cytokines and birth depression. Modified Dubowitz score correlated with IL-6 at 6 hours (r = 0.5). Infants with HIE/seizures (n = 5) had significantly higher cytokine concentrations at 6 hours versus infants without either (n = 56): IL-6 (3130 vs 1219 pg/mL), IL-8 (5433 vs 780 pg/mL), and RANTES (97 396 vs 46 914 pg/mL). CONCLUSIONS: There was a significant association between abnormalities in the neurologic examination and cytokine concentrations, with the highest cytokines concentrations observed in infants who developed HIE/seizures.

Apgar Score↗

The diagnostic assessment of single seizures. Is cranial computed tomography necessary?

To determine the usefulness of cranial computed tomography (CCT) in adults with a single seizure, we prospectively examined 62 such patients who were initially seen within 24 hours of the event. Age range was 16 to 86 years. Seizure was partial in ten patients and generalized in 52. Neurologic examination results were abnormal in 28 and normal in 34. Laboratory studies, including EEG and CCT, were completed within the subsequent 24 hours. In 29 patients, CCT was abnormal. Only nine of them had normal neurologic examination results, and only four also had a normal EEG. In these, generalized atrophy was the only CCT abnormality. None of the nine occurred in patients aged 16 to 30 years. We concluded that CCT is not essential for patients aged 16 to 30 years who have normal examination results. In patients aged 31 years or older with normal examination results and normal EEG, CCT may be abnormal but is unlikely to provide essential information. Irrespective of age or seizure type, CCT is useful and essential in patients with abnormal neurologic examination results.

Adolescent↗

An expert system for the evaluation of EDSS in multiple sclerosis.

Multiple sclerosis is a disease of unknown aetiology. Despite several advances in therapy in recent years, some problems such as the prognostic criteria are imperfectly understood. Several experimental trials of therapy in multiple sclerosis are in course in order to discover a successful treatment. Most of these research studies use a clinical rating scale named Expanded Disability Status Scale (EDSS) as an evaluation tool for the effects of drugs. This scale is defined by a set of rules written in English which provide a numerical quantification of the neurological examination. Although EDSS has been widely used for almost 20 years, its application still depends on the interpretation of the neurologist who performs the neurological examination, and many applications of the scale performed by different neurologist on the same patient can give different results. This is a serious problem for international trials because they lack of a reliable measure of the effects of drugs. Here, we present an expert system for the automatic evaluation of EDSS in multiple sclerosis, which has been developed to overcome this problem. The expert system exploits an explicit representation of EDSS rules, it is able to explain its conclusions and it provides a revision tool to support the user if no satisfying solution can be reached. Using this expert system, clinical trials based on EDSS can benefit of a more reliable evaluation tool providing more valuable results.

Disability Evaluation↗