Transtonsillar drainage of parapharyngeal abscess

We report a parapharyngeal abscess in an adult patient that was drained transorally by performing ipsilateral tonsillectomy and aspirating the pus through the tonsillar bed. This approach is unusual as most previous studies report the aspiration of such abscesses through the lateral pharyngeal mucosa. In addition, the majority of these studies are limited to pediatric cases. Our approach was effective and resulted in a rapid resolution of the symptoms. The management and different approaches to parapharyngeal abscess are discussed, and the literature is reviewed.     

Bilateral peritonsillar abscess: case report and literature review

Although uncommon, bilateral peritonsillar abscess (PTA) may still present with symptoms found in unilateral cases but lack hallmark findings such as an asymmetric tonsillar bulge and uvular deviation. We present the case of an 18-year-old woman deemed to have a bilateral PTA based on physical examination and radiographic imaging. She underwent successful surgical drainage with needle aspiration, followed by incision and drainage. A computed tomography with intravenous contrast should be obtained when a patient displays signs suggestive of a bilateral PTA but the diagnosis is not certain. To our knowledge, this is the first report of 2 different bacterial species cultured from contralateral abscesses during the same encounter.     

Abscess tonsillectomy for acute peritonsillar abscess

Peritonsillar abscess (PTA) is a common but potentially serious complication of acute exudative tonsillitis. Several treatment guidelines have been described including needle aspiration, incision and drainage or abscess tonsillectomy. From January 1996 to September 2000 145 patients (53 female and 92 male, age range 3-95 years) were treated for PTA at the Department of Otorhinolaryngology, Head and Neck Surgery of the MLU Halle-Wittenberg, Germany. The highest incidence of PTA was observed in the second and third decades of life. Immediate abscess tonsillectomy was performed in 105 cases. This procedure, considered as safe and easy, has a lot of advantages. Compared with other treatments, it removes the abscess with amelioration of the trismus and dysphagia. Needle aspiration as the initial and only treatment was performed in 13 patients. In 20 patients without clinical improvement after aspiration, abscess tonsillectomy was undertaken. We conclude that immediately performed abscess tonsillectomy is an effective and safe treatment for peritonsillar abscess.     

Parapharyngeal abscess is frequently associated with concomitant peritonsillar abscess

To characterize patients with parapharyngeal abscess admitted to a Danish tertiary care centre and evaluate our management. This is a retrospective chart review. All records of patients with parapharyngeal abscess admitted to the Ear-Nose-Throat Department at Aarhus University Hospital, Denmark, from January 2001 through December 2011 were reviewed. In total, 63 patients (41 males), aged 4–89 years (median, 45 years) were included in the study. The mean annual incidence of parapharyngeal abscess was 0.9 cases/100,000 population. Thirty-three (52 %) patients had concomitant peritonsillar abscess. In two patients the parapharyngeal abscess was accompanied by necrotizing fasciitis. The most frequent surgical approach used was intrapharyngeal incision in combination with tonsillectomy. The most commonly used antibiotic regimen was benzylpenicillin plus metronidazole. Seven (13 %) patients returned to the operating theatre due to post-tonsillectomy haemorrhage or insufficient abscess drainage. Tonsillectomy and internal incision of the abscess in combination with a narrow-spectrum intravenous penicillin and metronidazole is a safe and efficient approach for managing parapharyngeal abscesses. This approach, however, carries a relatively high complication rate, requiring close surveillance in the early post-operative period. This is especially true for parapharyngeal abscess patients without peritonsillar abscess. In our series, these patients were more ill, more likely to experience complications, require intensive care, intubation, and tracheotomy, than parapharyngeal abscess patients with concurrent peritonsillar abscess. The frequent co-existence of parapharyngeal abscess and peritonsillar abscess favours careful consideration of addition of tonsillectomy to intrapharyngeal incision.     

Preoperative ultrasonographic verification of peritonsillar abscesses in patients with severe tonsillitis

Summary Infection around the tonsillar region does not always mean the presence of a peritonsillar abscess although the condition of peritonsillitis without abscess formation may clinically present similarly. It is, however, of therapeutic importance to distinguish between the two conditions. Treatment for abscess is surgical: aspiration, incision and drainage or immediate tonsillectomy. In contrast, phlegmonous peritonsillitis only requires antibiotics. In order to evaluate the diagnostic implications of preoperative ultrasonography in patients referred for treatment of peritonsillar abscess, 27 consecutive patients were subjected to bilateral ultrasound examination to visualize the tonsillar region. The transducer used was placed just below the mandibular angle, pointing posteriorly and cranially. The results of this study showed that it was possible to verify the presence of an abscess in approximately 90% of the cases. We suggest that this examination be performed whenever the normal clinical examination is insufficient due to trismus, lack of patient cooperation, etc. Offprint requests to: T. Boesen     

Parapharyngeal abscess: diagnosis and treatment

To study the circumstances of diagnosis, predisposing factors, bacteriology and therapeutic management of parapharyngeal abscesses. This retrospective study over a period of 7 years concerned 16 patients hospitalized in an ENT and Head and Neck surgery department for parapharyngeal abscess. All patients were treated by intravenous antibiotics and steroids for 5–7 days. The length of hospital stay was 6–15 days. Parapharyngeal abscesses associated with peritonsillar and retropharyngeal abscess were all initially aspirated transorally for evacuation and bacteriologic examination. Five patients underwent surgical drainage (two via cervical incision, three by immediate tonsillectomy techniques and one by intra-oral drainage). Two patients presented jugular vein thrombosis. No life-threatening complication was observed. Patients were considered to be cured when cervical CT scan performed on D21-45 was normal. Parapharyngeal abscess is the second most common deep neck abscess after peritonsillar abscess. The diagnosis is both clinical and radiologic. CT scan is the best imaging examination for diagnosis and follow-up of parapharyngeal abscess. Non-complicated parapharyngeal abscesses require first-line medical management (intravenous antibiotics (amoxicillin and clavulanic acid) combined with steroids) and follow-up CT scan.     

The admission of patients with peri‐tonsillar abscess to a general ENT ward and its influence on secondary post‐tonsillectomy haemorrhage

The admission of patients with peri‐tonsillar abscess to a general ENT ward and its influence on secondary post‐tonsillectomy haemorrhage Patients with peri‐tonsillar abscess require hospitalization. The aim of this prospective study was to determine whether the admission of patients with peri‐tonsillar abscess to the same ward as those undergoing tonsillectomy influences the incidence of secondary post‐tonsillectomy haemorrhage. We included all adult patients undergoing in‐patient tonsillectomy (n = 183) and all patients with proven peri‐tonsillar abscess (n = 46) over a 1‐year period. Both patient groups were nursed in the same general otolaryngology ward. The operation dates of those patients who developed secondary post‐tonsillectomy haemorrhage were matched to the dates when patients with peri‐tonsillar abscess were admitted. Out of the 71 patients who had tonsillectomy on days when patients with peri‐tonsillar abscess were admitted, 10 developed secondary haemorrhage. Out of the 112 patients who had tonsillectomy on days when no one in the ward had peri‐tonsillar abscess, 16 developed secondary haemorrhage. No difference was demonstrated (χ² = 0.0014, P > 0.05). In this study, admission of patients with peri‐tonsillar abscess to a general otolaryngology ward does not influence the incidence of secondary post‐tonsillectomy haemorrhage in patients undergoing elective surgery.     

Bilateral peritonsillar abscesses

In the discussion about the management of the peritonsillar abscess (PTA) in regard to the pros and cons of tonsillectomy à chaud versus à froid, the risk of obscure contralateral abscesses is often neglected. To the authors knowledge, there are only a few series of PTA being analyzed for the abscess rate of bilateral PTA. A group of 541 abscess tonsillectomies was retrospectively analyzed for the presence of a bilateral manifestation of peritonsillar abscess. Twenty-one patients (3.88%) had bilateral abscesses. None of these had been detected prior to the operation. Of the 541 patients, 2.22% had postoperative hemorrhages that had to be arrested under general anesthesia. Within the discussion about abscess tonsillectomy versus stab incision followed by interval tonsillectomy (à froid), the rate of almost 4% bilateral abscesses should be taken into consideration as dangerous complications such as mediastinitis could develop from the remaining abscess formation of the contralateral side.     

Immediate tonsillectomy for peritonsillar abscess.

OBJECTIVE: Peritonsillar abscess (PTA) is one of the most common infectious diseases of the head and neck region requiring surgical intervention to relieve symptoms such as severe throat pain, fever, dysphagia, and trismus. However, the appropriate management of PTA is still controversial. In Europe and the US, immediate tonsillectomy under general anesthesia has been accepted as the treatment for PTA. But in Japan, immediate tonsillectomy has been regarded as contraindicated for PTA because of difficulties encountered in the operation during the acute stage, as well as possible postoperative complications. METHODS: A total of 103 cases of PTA treated at our clinic during the past 16 years were reviewed; immediate tonsillectomies had been performed in 99 of them. Surgical findings, postoperative course, and bacteriological examination were surveyed. RESULTS: The results showed that immediate tonsillectomy under general anesthesia was carried out safely without complications. Dramatic relief of the symptoms was obtained within a few days following each operation. A high incidence of anaerobes was observed by bacteriological examination, suggesting that sufficient drainage is required to treat this disease. CONCLUSION: We conclude that immediate tonsillectomy should be performed for peritonsillar abscess.     

Peritonsillar infections

The preferred antibiotic treatment for tonsillar and peritonsillar infections remains high dosages of penicillin. Peritonsillar swelling can be probed by needle aspiration. Where necessary, immediate incision and drainage of an abscess can be achieved. Quinsy tonsillectomy may be carried out for the best abscess exposure. Interval tonsillectomy is advised for those patients who give histories of previous tonsillar infections.     

Peritonsillar abscess. A comparison of treatment by immediate tonsillectomy and interval tonsillectomy.

The generally accepted therapeutic regimen for peritonsillar abscess consists of the administration of parenteral antibiotics with incision and drainage followed by interval tonsillectomy in four to six weeks. Treatment by immediate tonsillectomy, however, is practiced widely in Europe and has received recent attention in the American literature. This report compares the clinical course of patients treated by interval tonsillectomy and immediate tonsillectomy. Patient morbidity was lessened by immediate tonsillectomy, since two separate surgical procedures were avoided, and the total period of hospitalization was reduced by nearly 50%. Advantages and disadvantages of both methods of therapy are discussed.     

Peritonsillar abscess in children in the southern district of Israel

Objective

Peritonsillar abscess is the most common deep neck infection and still provides a challenge to care givers in terms of diagnosis and treatment in the pediatric population. This study reviews our experience over the years 2004-2007 at the Soroka University Medical Center in the southern district of Israel in treating children with peritonsillar abscess. We compared our results with data regarding peritonsillar abscess in adults.

Methods

We performed a retrospective chart review of 126 children diagnosed and proved to have a peritonsillar abscess. Data regarding: age, sex, ethnicity, number of patients per year, seasonality, prior history of tonsillar infection, prior antibiotic treatment, length of hospitalization, surgical treatment, bacterial results and in hospital antibiotic treatment was collected from the medical charts of the patients.

Results

The average age of children with peritonsillar abscess was 12.8 years. 92 patients (73%) were above 10 years of age. We did not find an increase in the number of children with peritonsillar abscess per year over the time period of the study. The number of patients with peritonsillar abscess was significantly higher in the autumn and spring, 79 (62.6%) patients did not have prior history of tonsillar infections and 64 (67.4%) children were treated with antibiotics prior to the diagnosis of an abscess. In 95 (75.4%) patients the drainage method was needle aspiration, in 30 (28.3%) patients incision and drainage was performed and only one patient underwent bilateral quinsy tonsillectomy (0.8%). The bacterial culture was negative in 37 (36.7%) patients. In 29 patients (45% of positive cultures) the causative organism was Streptococcus group A. Mixed culture was present in 10 (15.6%) patients, nine cultures (14%) were positive for anaerobes, alone or in combination with other pathogens. Eighty-one patients (64.2%) were treated with amoxicillin-clavulanate potassium, 24 (19%) received cefuroxime and 17 (13.5%) were treated with cefuroxime+ metronidazole. The average hospital stay was 3 days.

Conclusion

Peritonsillar abscess, a potentially life threatening infection, is similar in presentation and bacteriology in the pediatric and the adult population. Based on our review we conclude that peritonsillar abscess in children can be effectively treated by the same methods used in the adult population.     

Peritonsillar abscess in children: a 10-year review of diagnosis and management

OBJECTIVE: peritonsillar abscess is the most common deep neck infection in adults and children. However, pediatric patients with their smaller anatomy and often inability to cooperate with exam and treatment, provide a challenge. This study reviews the experience over the last 10 years at a children's hospital in the diagnosis and treatment of pediatric peritonsillar abscess. METHODS: a retrospective chart review of 83 children diagnosed with a peritonsillar abscess by the Otolaryngology service over a 10-year period (March 1989-February 1999) were reviewed. Presenting signs and symptoms, physical findings, age, season of presentation, prior pharyngitis history, and prior treatment was collected from the charts. Additionally, diagnostic studies (if any), treatment performed, bacteriology, and outcome/complications were noted. RESULTS: due to either an inability to cooperate fully for examination and treatment, or because of an earlier history of significant recurrent pharyngitis or obstructive tonsillar hypertrophy, half of the children required treatment in the operating room. Twenty-six out of 83 (31%) underwent a quinsy tonsillectomy. Length of stay was relatively short (0.9 days). There were no recurrent PTAs in our series, although four children initially treated with incision and drainage required tonsillectomy for persistent symptoms or residual abscess. Ten of those not treated with tonsillectomy (19%) required interval tonsillectomy for recurrent pharyngitis. CONCLUSION: limited by the ability to cooperate with treatment, children often require different treatment plans. We offer a treatment algorithm for managing children with PTAs that takes into account their age, level of cooperativeness, co-morbidities and prior history of pharyngitis, PTA or obstructive sleep disorder.     

扁桃体周围脓肿的治疗和病理观察

本文分析 153例扁桃体周围脓肿的临床治疗过程 ,治疗方法包括广谱抗生素 ,反复针穿刺排脓及扁桃体摘除术。 153例中经穿刺排脓治愈者 79例 (51.6 % ) ;最后行扁桃体摘除术者 72例(4 7.1% )。对 56例扁桃体周围脓肿的扁桃体进行病理观察 ,发现扁桃体周围脓肿的扁桃体中 Weber's腺普遍呈萎缩表现 ,提示扁桃体周围脓肿发病机理可能与 Weber's腺感染有一定关系。     

Hospital discharge survey on 4,199 peritonsillar abscesses in the Veneto region: what is the risk of recurrence and complications without tonsillectomy?

The Veneto region’s database of hospital discharge records was queried for ICD-9 codes corresponding to: peritonsillar abscess (PTA), PTA incision and drainage, tonsillectomy, pharyngeal-retropharyngeal abscess, cervical phlegmon, cervical abscess, and mediastinitis recorded from 1997 to 2006. All these codes were considered to identify cases of PTA recurrence and severe infectious complications occurring in conservatively treated patients. Among 4,199 patients whose PTA was incised and drained on admission to hospital, 1,532 were treated with tonsillectomy, while 2,667 were treated conservatively (without tonsillectomy). Abscess tonsillectomy was carried out almost exclusively in children (0–14 years of age), and only in 40 young and adult patients (0.95 %). The relapse rate after a single episode of PTA was 11.7 %, while potentially fatal complication occurred in 0.41 % of cases. Incidence of PTA hospital admission has remained stable in the considered period despite a 45 % reduction in the tonsillectomy rate. In conclusion, our data seem to show that conservative treatment for PTA is not associated with a significant risk of recurrence (and becomes minimal after 6–12 months), provided that patients have not suffered from previous PTA episodes.     

Clinical advantage of abscess tonsillectomy in peritonsillar abscess

At the moment, regardless of the prevalence of the peritonsillar abscess (PTA), a definite protocol concerning the treatment of PTA has not yet been established and the treatment remains controversial. In the treatment of PTA the two most used therapeutic approaches are compared in this short study carried out on 16 patients. A group of patients presenting PTA received an abscess tonsillectomy (AT) is compared with another group treated with aspiration and subsequently operated on with interval tonsillectomy (IT). The results show obviously that the abscess tonsillectomy is better than the interval tonsillectomy in every aspect of treatment. The hospitalization time and global costs are also reduced. So when a young person has PTA and once the indication of tonsillectomy is posed, the operation has to be carried out "à chaud".     

Peritonsillar abscess: remember to always think twice

Peritonsillar abscess (PTA) is the most common complication of acute tonsillitis resulting in fever, unilateral sore throat, odynophagia and trismus. This retrospective study was undertaken to analyze the clinical courses of 775 patients with two different methods of the first-line treatment. Abscess tonsillectomy (TAC) including contralateral tonsillectomy was preferably performed between 2007 und 2010 (group A; n = 443). After that, incisional drainage (ID) was chosen as first-line treatment between 2010 and 2013 (group B; n = 332). The data of the patients were pooled from the individual charts to evaluate the prevalence of smoking habits, the incidence of the recurrence/complication rates and the number/types of surgical procedures associated with each therapy modality. Replacing TAC by ID as first-line treatment of PTA resulted in a significant decrease of days of inpatient treatment (4 vs. 7 days) and hemorrhage rate (0.3 vs. 5.1 %). A second, third and fourth surgical revision procedure was performed with comparable rates in group A (21.6; 2.4; 0.5 %) and B (21; 4.9; 0.3 %). Smoking habits were reported by almost every second patient. ID as first-line treatment of PTA is capable to reduce the hemorrhage rate and length of inpatient observation significantly. To suggest ID as first-line PTA treatment mandates a close follow-up to indicate repeated drainage of residual pus at an early stage. Further analysis is warranted to verify whether a better surveillance in an academic teaching hospital or surgical modification of the ID is followed by a higher success rate. Smoking habits are overrepresented in PTA patients.     

Drainage of retro-parapharyngeal abscess: an additional indication for endoscopic sinus surgery

Deep neck abscesses are life-threatening conditions, in early stages preferably treated by intravenous antibiotic therapy; in advanced stages, surgical drainage is mandatory. We report two cases of retro-parapharyngeal abscess with prevalent retronasopharyngeal extension in two men aged 60 and 82, both of whom underwent transnasal endoscopic drainage. The main surgical steps were incision of the posterior pharyngeal mucosal wall, widening of the incision, drainage of purulent collection and careful dissection and removal of the necrotic tissue. The first patient, with an abscess associated with chronic otitis media and presenting hypoglossal nerve palsy, quickly recovered from pharyngodinia, otalgia and trismus. Twenty-six months after surgery, he is symptom-free, with hemitongue atrophy due to denervation as the only residual sign. The second patient, affected by skull base osteomyelitis secondary to malignant external otitis, after a first successful drainage, underwent a second endoscopic procedure for the reoccurrence of an abscess in the contralateral retroparapharyngeal space. Twelve months after the first surgery, the patient reported an improvement of symptoms, except for persistent dysphonia related to vagal nerve palsy. At follow-up MR, another abscess was detected in the left retro-parapharyngeal space. In selected cases of abscess, transnasal endoscopic drainage may be an effective alternative to external approaches. Minimal morbidity, the absence of cervical or palatal scars and a short hospitalization time can be considered as important advantages in comparison to external approaches. Patients with abscess secondary to skull base osteomyelitis require close imaging surveillance because of the difficulty of definitive control of the disease.     

A randomized trial for outpatient management of peritonsillar abscess

In order to compare the efficacy of permucosal needle drainage with that of incision and drainage in the outpatient management of peritonsillar abscess, 52 patients with aspiration-proven peritonsillar abscess were entered into a randomized, prospective protocol. A symptomatic scale scoring system was employed to evaluate treatment results. In the needle drainage group, 92% (22/24) were cured with a single aspiration. Ninety-three percent (26/28) of the patients in the incision and drainage group were cured on the initial attempt. The remainder of the patients in both groups were cured with a single retreatment. Only one patient required hospitalization, and no patients required tonsillectomy to resolve the abscess. These data indicate that outpatient permucosal needle drainage of peritonsillar abscess is an acceptable, inexpensive treatment comparing favorably with incision and drainage.     

The management of quinsy--a prospective study.

A prospective study for the treatment of quinsy was undertaken between January 1989 and September 1991. This was to determine whether abscess tonsillectomy reduces inpatient stay without increasing operative risk compared to incision and drainage combined with interval tonsillectomy. Fifty-three patients were entered into the study. Twenty-one had abscess tonsillectomy and 32 had incision and drainage. This study showed that there is a 95 per cent probability that abscess tonsillectomy reduces hospital stay by between 2.04 and 4.84 (Student's test t = 5.01; df = 31, p < 0.001) days compared to incision and drainage followed by interval tonsillectomy. This is a significant saving in time and resources. Abscess tonsillectomy reduces patients lost to follow-up, avoids the social inconvenience of a second admission, effectively relieves symptoms, treats a contralateral abscess and is the only method of treating children with a quinsy. We recommend abscess tonsillectomy should be performed for quinsy where expertise and facilities are available.