Deep neck abscess: a retrospective review of 210 cases

This study was performed to review our experience with deep neck abscesses (DNAs) and compare it to the experiences in the available literature, and to study changing trends within our patient population. We retrospectively studied 210 patients who had DNAs between 1981 and 1998. Peritonsillar abscesses and limited intraoral abscesses were excluded. Demographics, presentation, etiology, site of abscess, associated systemic diseases, bacteriology, radiology, treatment, airway management, and outcome were reviewed. We compared the entire group to those in the available literature and studied changing trends within this patient population. Dental infection (43%) was the most common cause, followed by intravenous drug abuse (12%) and pharyngotonsillitis (6%). The incidences of intravenous drug abuse and mandibular fractures as causes of DNA were 19% and 8%, respectively, during the period 1981 to 1990, but were only 1% each during the period 1991 to 1998. Streptococcus viridans was the most common pathogen (39% of positive cultures), followed by Staphylococcus epidermidis (22%) and Staphylococcus aureus (22%). Lateral pharyngeal space abscess was the most common DNA (43%), followed by submandibular space abscess, Ludwig's angina, and retropharyngeal space abscess (28%, 17%, and 12%, respectively). Seventy-five percent of patients with true Ludwig's angina underwent tracheotomy. Nondental infections are no longer a significant etiologic factor in DNA. Streptococcus viridans has replaced S aureus and beta-hemolytic streptococci as the most common pathogen. Lateral pharyngeal space abscess was the most common DNA; however, its incidence has progressively decreased over the past decade. Intravenous drug abuse and mandibular fractures are no longer major etiologic factors. Tracheotomy is indicated in patients with Ludwig's angina.

Ludwig's angina in the pediatric population: report of a case and review of the literature

Ludwig's angina is a rapidly progressing cellulitis involving the submandibular neck space. It is characterized by brawny induration of the submental region and floor of mouth, bearing the potential for rapid airway obstruction. Airway management, antibiotics, and judicious surgical intervention are the mainstays of successful therapy. We present a case of Ludwig's angina in a 5-year-old child and offer a meta-analysis of pediatric cases of Ludwig's angina described in the literature over the past 30 years. The presentation, etiology, management, and potential complications of this disorder in the pediatric population are discussed.

Airway management in Ludwig's angina

A 37-year-old 91 kg man presented with features of Ludwig's angina. Anaesthesia for incision and drainage of his submandibular abscess was undertaken by two specialist anaesthetists with an otorhinolaryngological surgeon prepared for immediate tracheostomy. After preoxygenation, gas induction with sevoflurane in oxygen was followed by a gush of pus into the oral cavity and laryngospam causing acute upper airway obstruction. This resolved with 25 mg of suxamethonium and an endotracheal tube was passed into the trachea with difficulty. Options for management of the difficult airway in Ludwig's angina are discussed.

Ludwig's angina in children

Ludwig's angina is a potentially life-threatening, rapidly expanding, diffuse inflammation of the submandibular and sublingual spaces that occurs most often in young adults with dental infections. However, this disorder can develop in children, in whom it can cause serious airway compromise. Symptoms include severe neck pain and swelling, fever, malaise and dysphagia. Stridor suggests an impending airway crisis. Causative bacteria include many gram-negative and anaerobic organisms, streptococci and staphylococci. Initial treatment consists of high doses of penicillin G given intravenously, sometimes in combination with other drugs. Patients usually recover without complications.

Ludwig's angina

A 13 year review of patients diagnosed to have Ludwig's angina admitted to the Christian Medical College and Hospital, Vellore, India, between March 1982 and April 1995 is presented. The patients were either admitted to the ENT or paediatric surgical units. There were 41 patients, 24% being children and 76% adults. The clinical profile and outcome of these two groups were compared. In the paediatric group, none had dental caries while in the adult group, 52% had associated dental caries. In children, 70% were controlled with conservative medical management unlike the adults of whom 81% needed incision and drainage. Tracheostomy was necessary in 10% of the children and in 52% of the adults. The mortality was 10% in both groups.

Ludwig's angina: case report and review

Modern dental care and use of antibiotics for oral infections have made Ludwig's angina rare. To avoid acute airway obstruction, emergency physicians must be able to rapidly recognize and treat this condition. A typical case of Ludwig's angina is presented, followed by a review of clinical findings and therapeutic modalities. Emphasis is made on airway management, antibiotics, and surgical drainage.

Deep neck abscesses--changing trends

A retrospective review was conducted of 64 patients with deep neck abscesses. Based on clinical and operative findings, these abscesses were categorized as retropharyngeal abscess (29 patients), parapharyngeal abscess (10 patients), Ludwig's angina (19 patients), or necrotizing cervical fasciitis (six patients). Regional trauma from an ingested foreign body was the cause for 59 per cent of the patients with a retropharyngeal abscess. In 90 per cent of subjects with Ludwig's angina, an odontogenic cause was established; however, in the majority of cases of parapharyngeal abscess (80 per cent) and necrotizing fasciitis of the neck (85 per cent), aetiology was unknown. Fifty-five patients (86 per cent) required open neck drainage. In the remaining nine (14 per cent) endoscopic drainage of the abscess was possible. Eight patients (12 per cent) needed a tracheotomy for airway control. The overall mortality was eight per cent despite aggressive anti-microbial therapy and early surgical intervention. Thirty-four cultures grew aerobic organisms. Seventy-six per cent of these were gram-negative microorganisms. The bacteriological pattern of deep neck abscesses is changing and may be responsible for the considerable mortality rate with which the abscesses are still associated despite anti-microbial therapy.

Ludwig's angina

Ludwig's angina is a cellulitis frequently occurring as a result of infections of the second and third lower molar. Despite a decrease in mortality from 50% to less than 10% since the introduction of antibiotics, it remains a rare but life-threatening illness. The potential for rapid respiratory obstruction is the greatest concern. Familiarity with the anatomy of the neck and recognition of symptoms are essential for effective treatment. Treatment focuses on maintenance of an airway, antibiotic therapy, and surgery. Asphyxia, aspiration, mediastinitis, pneumonia, empyema, and septicemia are possible complications.

Ludwig's angina--a case report

Ludwig's angina is a potentially lethal oro-facial cellulitis due to oro-dental infection. The aetiology and management of a case of Ludwig's angina are briefly discussed.

Ludwig's angina: an unusual sequel to endodontic therapy

Ludwig's angina is an unusual sequel to endodontic treatment: such a case is described. Principles of management are discussed with emphasis placed on the need to secure the airway early. The literature is reviewed.

Ludwig's angina: an analysis of 14 cases

Ludwig's angina remains a potentially lethal disease entity as it causes rapidly progressive airway obstruction, although the current mortality rate is low. Early surgical intervention should be carried out in severe cases which show signs of fluctuation, abscess formation or other serious complications. We report our experience with 14 cases of Ludwig's angina, 12 of which (86%) were of dental origin. Only one case was complicated with Klebsiella pneumoniae septicemia which resolved upon treatment. There were no deaths. Surgical procedures including incision and drainage and tooth extraction were performed in 11 cases (78%). Antibiotics were administered to all patients. Most of them were treated with crystalline penicillin with or without an aminoglycoside. Only one patient received a tracheostomy in this series. The number of tracheostomies or intubations carried out was much lower than in previous reports. We suggest that an aggressive antimicrobial therapy, early surgical intervention and careful monitoring of the respiratory symptoms would reduce both the need for tracheostomy and the mortality rate.

Ludwig's angina. Report of a case and review of the literature

In the preantibiotic era, Ludwig's angina frequently caused asphyxiation and death. Recognized less often today, this rapidly progressive submaxillary cellulitis may still be fatal. A case associated with Haemophilus influenzae bacteremia in an adult is presented. Twelve additional cases of cellulitis of the neck in adults with H influenzae bacteremia are summarized. One hundred forty-one cases of Ludwig's angina reported since 1945 are reviewed and compared with 315 earlier cases. In the cases reported in the antibiotic era, the mean age of the patients was 29 years. Most patients were previously healthy but had evidence of dental disease. Submandibular swelling, elevation of the tongue, fever, dysphagia, and trismus were each present in more than one half of patients. Streptococci and anaerobes were most frequently isolated from soft-tissue cultures. Untreated, this illness is fatal in one half of patients. Early recognition is therefore essential. Appropriate therapy includes maintenance of the airway, antibiotics, and surgical drainage when indicated.

The anatomy of the fasciae of the face and neck with particular reference to the spread and treatment of intraoral infections (Ludwig's) that have progressed into adjacent fascial spaces

Descriptions of the fasciae of the lower half of the face and of the adjacent cervical fasciae have long been puzzling and descriptively much too complex. For this reason, medical students, young medical and dental practitioners, and at times even senior surgeons frequently do not understand the anatomy of the cervicofacial fasciae, which plays such an important role in the spread and subsequent final localization of primary intraoral infections. This article attempts to simplify the descriptions of these fasciae, in particular, their sites of origin and insertion.