- Open Access
© Eilbert and Singla; licensee Springer. 2013
- Received: 31 August 2013
- Accepted: 7 October 2013
- Published: 23 October 2013
Lemierre’s syndrome is a condition characterized by thrombophlebitis of the internal jugular vein and bacteremia caused by primarily anaerobic organisms, following a recent oropharyngeal infection. This has been an uncommon illness in the era of antibiotic therapy, though it has been reported with increasing frequency in the past 15 years. Lemierre’s syndrome should be suspected in young healthy patients with prolonged symptoms of pharyngitis followed by symptoms of septicemia or pneumonia, or an atypical lateral neck pain. Diagnosis is often confirmed by identification of thrombophlebitis of the internal jugular vein and growth of anaerobic bacteria on blood culture. Treatment involves prolonged antibiotic therapy occasionally combined with anticoagulation. We review the literature and a case of a child with Lemierre’s syndrome.
- Lemierre’s syndrome
- Lemierre’s disease
- Lemierre syndrome
- Fusobacterium necrophorum
- Septic thrombophlebitis
In 1936, Andre Lemierre published a case series of 20 patients with a syndrome characterized by a history of recent oropharyngeal infection, clinical or radiological evidence of internal jugular (IJ) venous thrombosis, and anaerobic septicemia caused primarily by Bacillus funduliformis (now known as Fusobacterium necrophorum) . Lemierre classified this syndrome as “anaerobic postanginal sepsis” because of the onset of sepsis occurring shortly after the patients had experienced a sore throat. It was not until the 1980s that anaerobic postanginal sepsis was routinely referred to as Lemierre’s syndrome . With the introduction of antibiotics in the 1940s and their widespread use for streptococcal pharyngitis, the incidence of Lemierre’s syndrome fell dramatically. In fact, some authors in the 1980s and 1990s referred to it as a “forgotten disease” [3–5]. For reasons that are not clear, there has been an increase in the reporting of Lemierre’s syndrome since the late 1990s [6–8]. We report here a case of Lemierre’s syndrome in an adolescent and review the literature on this uncommon condition.
A previously healthy 13-year-old boy was brought to our emergency department (ED) by his mother complaining of right-sided throat pain present for 5 days. The pain radiated to his right ear and down the right side of his neck. It was aggravated by swallowing as well as flexion, extension and rotation of his neck. His mother reported a tactile fever also present for 5 days, though noted no change in the child’s voice. The patient had been evaluated by his pediatrician 2 days before coming to the ED and was prescribed amoxicillin for suspected streptococcal pharyngitis. His mother was concerned as the throat pain had worsened despite the antibiotics.
The patient arrived to the ED with a temperature of 37.8°C, though was found to have a temperature of 38.1°C 1 h later. He appeared to be in no distress, and examination of the heart, lungs, abdomen and skin was unremarkable. Head examination revealed normal tympanic membranes and external auditory canals bilaterally and no mastoid tenderness or edema. His oropharynx was noted to be nonerythematous and without exudates, and his uvula was midline. His neck was supple with enlarged, tender lymph nodes palpable in the right anterior cervical chain.
The patient was given a dose of IV ampicillin/sulbactam for suspected septic thrombophlebitis of the right IJ vein and transferred to a nearby children’s hospital for admission and further treatment. During his 5-day hospital course, the patient had no signs of metastatic infection. Two sets of blood cultures drawn on hospital days 1 and 5 grew no organisms. Workup for the presence of a hypercoagulable state was negative, and the patient was anticoagulated with enoxaparin. He was discharged home to complete a 6-week course of antibiotics and anticoagulation. At a clinic visit 1 month later, the patient was doing well with only a complaint of mild weight loss.
Epidemiology and pathophysiology
In all major case series and reviews, Lemierre’s syndrome is primarily an affliction of previously healthy children, adolescents and young adults [2, 8–17]. In a review of 114 patients, Karkos et al.  found that most cases presented in the 2nd decade of life (51%), followed by the 3rd decade (20%) and then the 1st decade (8%). There is no clear gender predominance with Lemierre’s syndrome, and most cases are diagnosed during the “sore throat season” in the late winter and early spring . While not uncommon in the preantibiotic era, Lemierre’s syndrome is now a rare condition with an incidence of 3.6 cases per 1 million per year . Several authors have noted an increase in the number of cases of Lemierre’s syndrome since the late 1990s [6–8]. Theories as to the cause of this slight resurgence include an increased awareness of the syndrome, population changes and the more judicious use of antibiotics for the treatment of streptococcal pharyngitis [2, 7, 14].
Fusobacterium species, most commonly Fusobacterium necrophorum, are responsible for the majority of bacteremia in cases of Lemierre’s syndrome [7, 9–13, 15–17, 19, 20]. Up to one third of patients will have a polymicrobial bacteremia, with anaerobic streptococci and other miscellaneous gram-negative anaerobes frequently present [9, 17]. F. necrophorum is a gram-negative anaerobic rod that is part of the normal flora of the oropharynx. It is not known what causes this typically noninvasive organism to penetrate mucosal surfaces, though some authors have proposed an alteration in the pharyngeal mucosa by a viral or bacterial pharyngitis might play a role. Several cases of Lemierre’s syndrome preceded by infectious mononucleosis have been reported [21, 22]. The palatine tonsils and peritonsillar tissue are the primary sources of infection in most cases [2, 7, 8, 10, 11, 13, 15–17, 19]. Other primary sources of infection include the lungs, middle ear, mastoid, teeth and sinuses [8, 10, 13, 15, 17, 19]. Following the primary infection, there is local invasion of the lateral pharyngeal space and septic thrombophlebitis of the IJ vein.
Metastatic infections following the IJ thrombophlebitis occur in 63%-100% of patients [9, 13, 15, 16, 19]. The lungs are by far the most common site of metastatic infection in Lemierre’s syndrome, followed by the major joints. Metastatic infections of the liver, muscle, pericardium, brain and skin have also been described [9, 12, 15, 19].
Common presenting symptoms of Lemierre’s syndrome
Pleuritic chest pain
Common physical exam findings of Lemierre’s syndrome
Septic arthritis (most commonly hip or knee)
Cranial nerve 10, 11, 12 palsies
Anterior cervical lymphadenopathy
Lemierre  in his original case series stated: “The appearance and repetition several days after the onset of a sore throat (and particularly of a tonsillar abscess) of several pyrexial attacks with an initial rigor, or still more certainly the occurrence of pulmonary infarcts and arthritic manifestations, constitute a syndrome so characteristic that mistake is almost impossible”. While this may have been true in the preantibiotic era, most ED physicians today will likely never encounter a patient with this disease. Indeed, Alvarez et al.  reported an average delay of 5 days from the time of admission until the correct diagnosis was made.
Karkos et al.  found that chest x-ray was the first-line investigation in 92% of patients ultimately diagnosed with Lemierre’s syndrome. This is probably a reflection of the high percentage of patients with metastatic lung infection. Lung lesions typically begin as multiple, usually nodular infiltrates that progress rapidly to cavitary lesions and are frequently accompanied by pleural effusions . Not surprisingly, a significant number of patients with Lemierre’s syndrome are treated initially for pneumonia or right-sided staphylococcal endocarditis [12, 18]. Between 13% and 27% of patients with Lemierre’s syndrome will undergo arthrocentesis because of symptoms of septic arthritis [9, 10, 12, 13, 16]. Joint fluid analysis will be similar to other causes of septic arthritis, though several authors have noted the aspirated pus to have a particularly foul odor .
The identification of thrombophlebitis of the IJ vein is the first hard evidence to suggest Lemierre’s syndrome in many patients . It is likely true that, as with our patient, these imaging studies are ordered in the majority of patients to assess for deep space infections of the neck and not IJ vein thrombophlebitis. Duplex ultrasonography, CT and magnetic resonance imaging have all been used for IJ vein imaging, with CT being most commonly requested in patients with Lemierre’s syndrome . Many authors consider contrast-enhanced CT as the preferred study in this setting as it allows for visualization of surrounding structures and is the most readily available [2, 13, 19, 25].
Another key factor in the diagnosis of Lemierre’s syndrome is the growth of characteristic anaerobic bacteria from blood culture. This defining feature has been reported in the overwhelming majority of cases [9, 10, 12, 13, 16]. Unfortunately, this process may take from 2 to 7 days to occur , and, as with our patient, may be suppressed by the previous administration of antibiotics.
Ultimately, the diagnosis of Lemierre’s syndrome may be made only when considered in the appropriate clinical setting. Wright et al.  suggested increased suspicion for this illness when any of the following are true: pharyngitis that does not resolve in 3 to 5 days; pharyngitis followed by systemic or respiratory symptoms such as fever, chills, rigors or dyspnea; pharyngitis associated with lateral cervical pain and dysphagia; and pharyngitis followed by sepsis or multiple pulmonary abscesses.
Morbidity and mortality
Lemierre  reported a mortality rate of 90% from his original case series in the preantibiotic era. Studies from the modern era have reported mortality rates from 0%-18% [8–10, 12, 13, 15, 16]. Disseminated intravascular coagulation has been reported in 3%-9% of cases [10, 12, 16]. Thrombosis may propagate from the IJ vein inferiorly into the subclavian vein or superiorly into the cavernous, sigmoid or transverse sinuses [7, 14, 16–18]. Meningitis may also complicate up to 3% of cases [12, 13, 16].
Suggested empiric antibiotic options for Lemierre’s syndrome
Ampicillin – sulbactam
Ticarcillin – clavulanate
Penicillin plus metronidazole
The use of anticoagulation is controversial, and no controlled studies exist. Case series have reported 21%-30% of patients are treated with anticoagulation [17, 18, 28]. A few authors have advocated for the use of anticoagulants in all cases of Lemierre’s syndrome [20, 24]. Others have recommended anticoagulation only if thrombosis extends into the cerebral sinuses or if there has been no improvement in symptoms with antibiotic therapy alone [8, 14, 18, 25, 29].
Surgical treatment of Lemierre’s syndrome may involve drainage of abscesses in the neck, most commonly peritonsillar or lateral pharyngeal abscesses. In the pre-antibiotic era, IJ vein ligation or excision was frequently performed to prevent septic embolization . In the modern era, this drastic measure is taken only when there is evidence of continued septic embolization despite appropriate medical therapy [15, 18, 19, 25, 27].
Lemierre’s syndrome occurs primarily in young, otherwise healthy individuals and is characterized by a history of recent oropharyngeal infection, clinical or radiological evidence of IJ venous thrombosis and anaerobic bacteremia caused primarily by F. necrophorum. This is a rare illness in the modern era of antibiotic therapy, though it has been reported with increasing frequency in the twenty-first century. Lemierre’s syndrome should be suspected in young, healthy patients with prolonged symptoms of pharyngitis followed by symptoms of septicemia or pneumonia, or an atypical lateral neck pain. Diagnosis is often confirmed by the identification of IJ vein thrombophlebitis by an imaging study and growth of anaerobic bacteria on blood culture. Prolonged antibiotic therapy is the cornerstone of treatment, occasionally combined with anticoagulation.
We are indebted to Kimberly Goodman for her assistance in the preparation of this manuscript.
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