References for this Review were identified by searches of PubMed, Embase, and the Cochrane Library from January, 1985, to June, 2008, by use of the terms “Guillain-Barré syndrome”, “acute inflammatory demyelinating polyneuropathy”, “AMAN”, “Miller Fisher syndrome”, and “Fisher syndrome”. Articles resulting from that search and relevant references cited in those articles were considered. The articles were chosen if they focused on the latest advances in the field. Articles were also
ReviewClinical features, pathogenesis, and treatment of Guillain-Barré syndrome
Introduction
Almost a century ago, the French neurologists Guillain, Barré, and Strohl described two soldiers who developed acute paralysis with areflexia that spontaneously recovered.1 They reported the combination of increased protein concentration with a normal cell count in the CSF, or albuminocytological dissociation, which differentiated the condition from poliomyelitis.1 Despite the fact that Landry had already reported similar cases in 1859,2 the combination of these clinical and laboratory features became known as Guillain-Barré syndrome (GBS). Until now, GBS has remained a descriptive diagnosis of a disorder for which there are no specific diagnostic tests. The combination of rapidly progressive symmetrical weakness in the arms and legs with or without sensory disturbances, hypoflexia or areflexia, in the absence of a CSF cellular reaction, remains the hallmark for the clinical diagnosis of GBS. Over the past 20 years, randomised controlled trials (RCTs) have shown the efficacy of plasma exchange (PE) and intravenous immunoglobulin (IVIg), and some factors—in particular, Campylobacter jejuni, but also other preceding infections that induce antiganglioside antibodies—have been found to be important in the pathogenesis of GBS. We focus on the diagnosis and the expanding clinical spectrum of GBS, the frequent occurrence of pain and autonomic dysfunction, and recent insights into the pathogenesis of the syndrome. In addition, we discuss prognostic modelling and the current treatment options available during the course of GBS. The Review aims to integrate the latest laboratory and clinical developments that could lead to better therapeutic options for patients with GBS.
Section snippets
Epidemiology
GBS is a common cause of neuromuscular paralysis, and has been reported worldwide. The annual incidence of GBS is reported to be 1·2–2·3 per 100 000.3, 4, 5, 6, 7, 8, 9 Most studies have found that the incidence increases linearly with age and that men are about 1·5 times more likely to be affected than women.4, 5, 7 A recent epidemiological report from the USA indicated that the incidence of GBS among patients aged 18 years or older did not change over the period from 2000 to 2004.6 Reports on
Diagnosis
GBS is most commonly a post-infectious disorder that usually occurs in otherwise healthy people, and is not typically associated with an autoimmune or other systemic disorder. In typical cases, among the first symptoms are pain, numbness, paraesthesia, or weakness in the limbs. The main features of GBS are rapidly progressive bilateral and relatively symmetric weakness of the limbs with or without involvement of respiratory muscles or cranial-nerve-innervated muscles.12, 13 Diagnostic criteria
Antecedent infections
About two-thirds of patients have symptoms of an infection in the 3 weeks before the onset of weakness. One Japanese study found that the most frequent antecedent symptoms in GBS and related disorders were fever (52%), cough (48%), sore throat (39%), nasal discharge (30%), and diarrhoea (27%).19 In most GBS studies, symptoms of a preceding infection in the upper respiratory tract or gastrointestinal tract predominate, although many other types of infections have been reported. Furthermore, an
Immunobiology
Studies in patients and animals have provided convincing evidence that GBS, at least in some cases, is caused by an infection-induced aberrant immune response that damages peripheral nerves.31, 32, 33, 34, 35, 36, 37, 38 Four key factors have been identified that control this process (figure 2).
Clinical spectrum
The extent and distribution of weakness, sensory involvement, and the neurophysiological characteristics vary tremendously between individuals with GBS. The most common subtype of GBS in Europe and North America is the sensory-motor form, AIDP.4 In Europe and North America, fewer than 5–10% of patients have one of the axonal subtypes—AMAN or acute motor and sensory axonal neuropathy.4, 17, 85, 86 Facial nerve palsy is the most common form of cranial nerve involvement in GBS, occurring in at
Natural history
Rapidly progressive weakness is the core clinical feature of GBS. By definition, maximum weakness is reached within 4 weeks, but most patients have already reached their maximum weakness within 2 weeks.12, 13 Patients then have a plateau phase of varying duration, which ranges from days to several weeks or months. This phase is followed by a usually much slower recovery phase of varying duration. In Europe, about a third of patients with GBS remain able to walk (mildly affected patients).5, 89,
General care
Patients with GBS are in particular need of excellent multidisciplinary care to prevent and manage potentially fatal complications (panel 3).98 Thus, patients need careful and regular monitoring of pulmonary function (at least vital capacity and respiration frequency) and possible autonomic dysfunction (heart beat frequency, blood pressure), and infections need to be prevented.99 Among other issues that need attention early in the course of disease are prophylaxis for deep-vein thrombosis,
Beneficial effects of immunotherapy
The first large trial to show a positive effect of immunotherapy on GBS was the North American PE study.100 This positive effect was confirmed by a large French PE trial.101, 102 PE was beneficial when applied within the first 4 weeks of onset, but the largest effect was seen when started early (within the first 2 weeks).100, 103 The usual regimen is PE five times during 2 weeks, with a total exchange of about five plasma volumes. The first RCT on the use of IVIg was published in 1992, and
Pain in the acute and chronic phases
Pain is a common and severe symptom in patients with GBS. Recognition of pain is important, especially in patients who are unable to communicate due to intubation. Pain as a presenting symptom before the onset of weakness might be confusing and can cause a delay in making a diagnosis of GBS. Pain has been described in up to 89% of patients with GBS.134, 135, 136 Different symptoms of pain associated with GBS have been distinguished during different phases of disease: paraesthesia or
Prognosis
The prognosis of GBS is difficult to predict in individual patients because of the substantial variation in outcome. Advanced age, however, is generally reported to be indicative of a worse prognosis. The severity of GBS seems to be determined in the early phase of the disease.122 RCTs that have investigated the effect of IVIg or PE in patients who were unable to walk have concluded that about 20% of patients remained unable to walk unaided after 6 months.91 Neurophysiological testing is
Future directions
New treatment options in GBS are necessary because the prognosis in a large proportion of patients with GBS is still far from good. One option in the acute phase could be a second course of IVIg treatment in patients with a bad prognosis. Recent studies indicate that agents that interfere with complement activation are potentially attractive candidates to be tested in the very early phase of GBS.74, 75 When it is possible to predict outcome in individual patients more accurately, new drugs or
Search strategy and selection criteria
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