From clinical practice to guidelines: how to recognize rhinosinusitis in children

Rhinosinusitis is a common childhood respiratory infection. Children have approximately six to eight viral infections of the upper respiratory tract each year, 5–13% of which may be complicated by a secondary bacterial infection of the paranasal sinuses. The diagnosis of acute bacterial rhinosinusitis in children is established by the persistence of purulent nasal or post-nasal draining lasting at least 10 days, especially if accompanied by supporting symptoms and signs, at which point antibiotic treatment has to be recommended. Appropriate antibacterial therapy should also be recommended if the draining has been present for less time, but is concomitantly associated with significant fever and localized signs of sinus inflammation in a child who appears ill. Imaging studies are not necessary to confirm the diagnosis of clinical rhinosinusitis for the purposes of treatment, but should be reserved for cases in which the diagnosis is in doubt or a complication is suspected, and for patients with recurrent or chronic rhinosinusitis. Under these circumstances, computed tomography is the preferred evaluation. Together with their clinical judgment, these suggestions may be useful for pediatricians in diagnosing this common condition.     

Difficult asthma: possible association with rhinosinusitis

Difficult asthma is rare in childhood; when child's asthma is difficult to control, review of the diagnosis and evaluation of the different risk factors for exacerbations are recommended. The relationship between rhinosinusitis and bronchial asthma is provided by epidemiologic data. Doubts persist as to whether rhinosinusitis worsens asthma, or whether these are manifestations in different parts of the respiratory tract of the same underlying disease process. However, nasal sinus disease may contribute to less control in asthma, and patients with severe asthma appear to have the most prominent abnormalities on computed tomography scanning of the paranasal sinuses. From a pathogenetic point of view, many inflammatory mediators and the cellular infiltrate are often the same in the two entities, with a relevant role probably played by eosinophils. Antibiotic treatment of chronic sinus disease in asthmatic children may improve subjective asthmatic symptoms, lung function, and decrease bronchial hyperreactivity. Scientific evidence confirms that there may be an association between asthma and sinusitis even in childhood asthma: this could be relevant for diagnostic and therapeutic purposes.     

Rhinosinusitis: prevention strategies

Risk factors of recurrent sinusitis involve upper respiratory infections, bacterial load of the adenoids, day care attendance and exposure to tobacco smoke as well as sinonasal abnormalities, including septal deviation, choanal atresia, polyps and hypoplasia of sinuses. Furthermore, several systemic disorders can facilitate the development of chronic sinusitis, such as allergic rhinitis, gastro-esophageal reflux disease (GER), cystic fibrosis, primary ciliary dyskinesia, and immunodeficiency diseases. A clinical practice guideline for the management of sinusitis is available only for the acute disease, but does not include for the management of the chronic form (i.e. chronic/recurrent sinusitis) and even less for the prevention strategies. As several studies indicate that the majority of children respond to sequential medical followed by surgical interventions, when needed, the best prevention of recurrence or chronicity is to properly treat acute sinusitis; in addition, children should be removed from larger and crowded day care whenever possible and should not be exposed to cigarette smoke. If allergic rhinitis co-exists, it can be managed with nasal steroids sprays and anti-histamines, although the long-term results are controversial. In case of chronic sinusitis, the strategy of prevention is to assess and to cure the associated conditions.     

Cefuroxime axetil versus placebo for children with acute respiratory infection and imaging evidence of sinusitis: a randomized, controlled trial

Aim: To evaluate the efficacy of antibiotic treatment in children who presented in medical care with respiratory infection and had imaging evidence of sinusitis. Methods: Eighty-two children (4-10 y) with acute respiratory symptoms and ultrasonography findings suggestive of acute rhinosinusitis were enrolled in a randomized, double-blind trial. The sinus findings were confirmed with plain radiographs. The children received either cefuroxime axetil in 125-mg capsules twice a day for 10 d or placebo. Main outcome measures were complete cure in 2 wk and absence of prolonged symptoms or complications. Results: A total of 72 children (88%) completed follow-up. The sinusitis findings in the ultrasound could be confirmed with plain radiographs in 65 of the 72 patients (90%). The proportion of children completely cured by day 14 was similar in both groups (difference 6%, 95% confidence interval -16% to 29%). Similarly, there was no significant difference in the proportions of children who escaped prolonged disease and complications between the groups (difference 7%, -9% to 24%).

Conclusion: A 10-d course of cefuroxime axetil offered no clinical benefit to children with an acute respiratory illness and imaging evidence of acute sinusitis.     

Complications of pediatric paranasal sinusitis

Acute paranasal sinus infection in children is often diagnosed clinically without the need for radiographic confirmation. Most cases have a favorable outcome following appropriate antibiotic therapy. A small percentage of cases where symptoms and signs are persistent or severe will require emergent imaging to rule out complications related to local spread of disease intraorbitally or intracranially. A strong index of suspicion is required in such cases, and cross-sectional imaging evaluation with CT and MRI should include axial and coronal images of the paranasal sinuses and, where appropriate, the orbits and brain (with attention to the cavernous sinus). There is no role for plain radiography in the evaluation of the complications of acute sinusitis in the pediatric patient.     

Systemic treatment of rhinosinusitis in children

Systemic acute rhinosinusitis therapy consists mostly of antibiotic treatment because pathogens play a major role. Amoxicillin is the drug of choice for treatment of acute rhinosinusitis, with second- and third- generation cephalosporins, azythromycin, clarithromycin, and telithromycin as possible options, especially in the case of allergy to amoxicillin. If the clinical course suggests that an anaerobic pathogen is more likely, clindamycin or metronidazole can be considered in combination with a broad-spectrum drug. In antimicrobial treatment of chronic sinusitis there is no consensus on treatment length, organism coverage, or which antibiotics are most effective because the bacteriology is variable with polymicrobial anaerobic and aerobic organisms present. Adjuvant therapies need to be proven by additional studies. Chronic rhinosinusitis is heterogeneous and treatment should vary according to the causative factor involved. Short courses of systemic steroids have been found very useful to decrease mucosal swelling and inflammation in chronic rhinosinusitis. However, no randomized controlled studies have been performed to validate their efficacy in children. A variety of other agents are used in the treatment of chronic rhinosinusitis including antihistamines, decongestants, and leukotriene modifiers. To date, there is no good evidence from randomized controlled studies to support the use of any of these agents in the treatment of this disease in either children or adults.     

Chronic sinusitis in children. Current role of diagnostic imaging]

A retrospective study of a large series of patients (5,100 cases of radiologically confirmed rhino-sinusitis) was carried out to assess the efficacy of traditional radiology in the diagnosis of chronic sinusitis and the specific role of more recent imaging techniques. Traditional radiography, often limited to the naso-occipital projection (lack of collaboration), allows a reliable examination only of maxillary sinus. "Typical" findings of chronic sinusitis have been identified as "polipoid" thickening of the mucous membrane and localised parietal opacity. Both maxillary sinuses are involved in approximately 91% of cases, with ethmoidal involvement in 53%. Thickened mucosal walls and retention cysts may be obscured by inflammatory exudate: the air space is reduced and the sinus appears cloudy or opaque (acute reinflammation). The overall frequency of chronic sinusitis is 11.1% (67% in the 8-14 age range, 29% in the 5-8 age range and 4% in the 2-5 age range). Complications are rare (4 cases). Whereas echotomography provides limited and inconstant findings, CT and MRI are indicated in case of isolated opacity of a maxillary sinus, persistent after treatment: the former allows a detailed study of the bone, the latter enables to obtain a better tissue characterization. MRI often allows the differential diagnosis between inflammatory diseases and malignant tumors.     

Papilledema and acute bilateral amaurosis accompanying acute sinusitis]

BACKGROUND: Acute sinusitis can lead to severe complications. This includes involvement of the optical nerve with visual loss and brain abscess as a life-threatening complication. PATIENTS: Empyema of the chiasma opticum region with neuritis nervi optici and bilateral acute amaurosis was observed in a 13 year old boy with sinusitis sphenoidalis and ethmoidalis. In a 11 year old girl, pronounced papilledema was found to be closely associated with sinusitis sphenoidalis. While she recovered completely on appropriate antibiotic therapy, visual loss in the boy was irreversible despite surgical intervention. CONCLUSIONS: Sinusitis should always be considered in patients with impaired vision, neuritis nervi optici or unexplained papilledema, especially if occurring in association with an upper respiratory infection. In addition to physical examination, cranial computer tomography or magnetic resonance imaging of the brain including sinuses and chiasma opticum should be applied early. If empyema is found, immediate surgical intervention is of prognostic importance.     

Clinical practice guideline: management of sinusitis

This clinical practice guideline formulates recommendations for health care providers regarding the diagnosis, evaluation, and treatment of children, ages 1 to 21 years, with uncomplicated acute, subacute, and recurrent acute bacterial sinusitis. It was developed through a comprehensive search and analysis of the medical literature. Expert consensus opinion was used to enhance or formulate recommendations where data were insufficient. A subcommittee, composed of pediatricians with expertise in infectious disease, allergy, epidemiology, family practice, and pediatric practice, supplemented with an otolaryngologist and radiologist, were selected to formulate the practice parameter. Several other groups (including members of the American College of Emergency Physicians, American Academy of Otolaryngology-Head and Neck Surgery, American Academy of Asthma, Allergy and Immunology, as well as numerous national committees and sections of the American Academy of Pediatrics) have reviewed and revised the guideline. Three specific issues were considered: 1) evidence for the efficacy of various antibiotics in children; 2) evidence for the efficacy of various ancillary, nonantibiotic regimens; and 3) the diagnostic accuracy and concordance of clinical symptoms, radiography (and other imaging methods), and sinus aspiration. It is recommended that the diagnosis of acute bacterial sinusitis be based on clinical criteria in children 6 years of age. Computed tomography scans of the paranasal sinuses should be reserved for children who present with complications of acute bacterial sinusitis or who have very persistent or recurrent infections and are not responsive to medical management. There were only 5 controlled randomized trials and 8 case series on antimicrobial therapy for acute bacterial sinusitis in children. However, these data, plus data derived from the study of adults with acute bacterial sinusitis, support the recommendation that acute bacterial sinusitis be treated with antimicrobial therapy to achieve a more rapid clinical cure. Children with complications or suspected complications of acute bacterial sinusitis should be treated promptly and aggressively with antibiotics and, when appropriate, drainage. Based on controversial and limited data, no recommendations are made about the use of prophylactic antimicrobials, ancillary therapies, or complementary/alternative medicine for prevention and treatment of acute bacterial sinusitis. This clinical practice guideline is not intended as a sole source of guidance in the diagnosis and management of acute bacterial sinusitis in children. It is designed to assist pediatricians by providing an analytic framework for evaluation and treatment. It is not intended to replace clinical judgment or establish a protocol for all patients with this condition.     

Imaging of sinusitis in children

In most cases, sinusitis remains a clinical diagnosis. Imaging studies can be useful in diagnosing patients with atypical presentations, but plain radiographs lack sensitivity and specificity, and coronal sinus CT lacks specificity. Coronal sinus CT is generally used when complications of sinusitis are suspected or when sinus surgery is considered.     

Rhinitis, rhinosinusitis and quality of life in children

Quality of life (QoL) or, rather, health-related QoL, is currently regarded as a crucial aspect of the general well-being of patients and, in consequence, of the effects of a disease and its treatment. This is particularly true for respiratory allergy (asthma and rhinitis), which are chronic diseases and also for sinusitis (rhinosinusitis). A number of questionnaires (instruments), either generic or specific, have been developed and validated to assess the QoL in adults and children, for asthma and rhinitis, whereas there are few specific instruments for chronic rhinosinusitis. The literature provides strong evidence of the effects of allergic rhinitis, asthma and their treatments on QoL in paediatric patients, as well as in adults, whereas the number of experimental data on rhinosinusitis is limited, especially in children. Clinical trials evidenced some controversial points, mainly the weak correlation existing between QoL and traditional objective parameters. It has become clear that the QoL questionnaires measure the aspects of the disease that partially differ from the routinely evaluated parameters and that QoL should integrate, not replace, the objective measurements.     

Chronic sinusitis in the allergic child

Chronic inflammation of the paranasal sinuses, especially the maxillary sinuses, is common in children with respiratory allergy. The presence of sinusitis should be suspected in such children when they have chronic night and early morning cough or poorly controlled asthma. Treatment should be aggressive because morbidity can be high.     

Minimally invasive surgery of sinugenic orbital complications in childhood]

Orbital complications of acute sinusitis are classified into inflammatory edema, orbital cellulitis, subperiostal abscess and orbital abscess. The diagnosis is based on endoscopy of the nose, computed tomography of sinuses and orbit and an ophthalmological examination. Endonasal sinus surgery improves drainage and ventilation of sinuses and is free of long-term complications as observed with previous surgical techniques. Thus, the early surgical treatment of orbital complications is indicated even in children. Inflammatory edema and orbital cellulitis will still be treated conservatively. Subperiostal abscess and orbital abscess are treated surgically.     

Rhinosinusitis in children: the role of surgery

Indications and nature of surgery for chronic rhinosinusitis (CRS) have yet to be elucidated in children. After review of the literature and based on their experience, the authors suggest guidelines for the treatment of CRS in children. They suggest grouping children with rhinosinusitis into two groups: those with complicated acute rhinosinusitis and those with CRS. For the first group, the authors suggest an early surgical intervention because of the potential serious consequences and sometimes irreversible damage. For the second group, most agree that maximal medical management should be the first line of treatment with antibiotics, nasal lavage and as a last resort surgery. It is important to realize that surgery should be considered in these cases if medical treatment fails. Once surgery is recommended, the kind of surgery then becomes an issue between adenoidectomy, endoscopic sinus surgery or a combination of the two depending on the age and other conditions.     

Acute Invasive Fungal Rhinosinusitis in Children With Hematologic Malignancies: Outcome of Surgical Treatment

The incidence of acute invasive fungal rhinosinusitis (AIFR) is rising due to more aggressive chemotherapy and longer survival of immunosuppressed patients. Early diagnosis and appropriate but nonmutilating surgical treatment are particularly problematic in the pediatric population. This study aimed to evaluate the outcome of surgery for pediatric AIFR. Medical records of children surgically treated for AIFR between 1998 and 2014 were reviewed. Diagnosis was based on both histopathological and microbiological confirmation. Surgery was performed with curative intent and repeated for any resectable extension. The children underwent endoscopy and magnetic resonance imaging every 2 and 6 months, respectively, during the first postoperative year. Thirteen patients (2–18 years old) met the EORTC/MSG criteria for proven invasive fungal sinusitis; fungal invasion was diagnosed by preoperative biopsy and confirmed in the surgical specimen. All patients underwent an average of two endoscopic procedures (range 1–3), and four of them also underwent an open surgery. The local control rate was at least 79%. There was no facial disfiguration during follow-up (average 41 months). Although AIFR is still associated with high mortality, aggressive medical and surgical treatment provides local control in most cases. Fair outcome should encourage a maximal joint effort of pediatric hemato-oncologists and otorhinolaryngologists in the management of AIFR.     

Pneumatisation of the maxillary sinus in normal and symptomatic children

The pattern of pneumatisation and normal width of the maxillary sinus in 191 Nigerian infants and children whose age range was 6 months to 14 years was determined. Fifty-four percent of children with no respiratory tract or sinus infection had an opaque maxillary sinus. A figure of 44.5% was obtained amongst children with suspected bronchopneumonia. Only 41.5% of suspected cases of sinusitis, acute and chronic middle ear disease had opaque sinuses. The highest rate of sinus opacity was seen in children under 2 years who were asymptomatic. The mean maximal width of the normally aerated sinus was 8.74 mm for children under 2 years, 16.5 mm for 3–6 years, 21.5 mm for 7–11 years and 25 mm for children 12 years and above. We conclude that maxillary sinus opacity in our experience is an unreliable index for the diagnosis of sinusitis in children.     

儿童原发性纤毛运动障碍鼻窦CT影像学特征临床观察

目的　探讨儿童原发性纤毛运动障碍（primary ciliary dyskinesia,PCD）的鼻窦CT影像学特征。方法　回顾性分析2018年7月至2021年3月复旦大学附属儿科医院诊治的24例PCD患儿的临床资料,包括病史、鼻窦CT、鼻内镜、胸片、胸部CT、心脏超声、腹部B超及基因检测结果等。计算PCD患儿的Lund-Mackay鼻窦CT评分,与行功能性内窥镜鼻窦手术（FESS）的慢性鼻窦炎患儿的Lund-Mackay评分对比。 并应用Stata软件对PCD患儿的Lund-Mackay评分与年龄进行相关性分析。结果　24例患儿中21例行鼻窦CT检查,其中男15例,女6例,年龄1～17岁,平均年龄（7.4±4.3）岁。21例（100.0%）均伴鼻窦炎,4例（19.0%）伴腺样体肥大,18例（85.7%）伴中耳炎。5例行鼻内镜检查,未见鼻息肉。11例（52.4%）伴全内脏反位,11例（52.4%）伴肺实变肺不张,8例（38.1%）伴不同程度的支气管扩张。12例（57.1%）出生时有新生儿呼吸窘迫,其中仅1例为早产儿。1例（4.8%）伴房间隔室间隔缺损。PCD患儿Lund-Mackay评分平均（15.1±3.8）分,普通慢性鼻窦炎患儿Lund-Mackay评分平均（12.1±6.0）分,差异有统计学意义（P＜0.05）。PCD患儿鼻窦炎症在窦口鼻道复合体受累最重。与普通的慢性鼻窦炎患儿相比,PCD患儿在窦口鼻道复合体、蝶窦、后组筛窦的CT评分更高（P＜0.05）。PCD患儿年龄与Lund-Mackay评分呈负相关（r＝-0.5270,P＜0.05）。结论　绝大多数PCD患儿有慢性鼻窦炎。 与普通的慢性鼻窦炎患儿相比,PCD 患儿鼻窦炎症更重,后组鼻窦受累更重。临床遇到顽固性鼻窦炎伴反复下呼吸道感染或既往有新生儿呼吸窘迫的足月产患儿,要考虑PCD可能。     

Headache etiology in children: A retrospective study of 125 cases

BACKGROUND: To determine the headache etiology in children in the middle Anatolia region of Turkey. METHODS: The clinical and laboratory findings of 125 patients, who were followed up after a diagnosis of headache in our hospital, were reviewed retrospectively. The criteria defined by the International Headache Society (IHS) were used in the classification of patients. The patients were divided into two subgroups according to age intervals: (i) group 1, 5-10 years of age; and (ii) group II, 11-16 years of age. RESULTS: There were 62 males and 63 females in the study. The patients' ages ranged from 5 to 16 years (mean (+/- SD) age 10.67+/-2.72 years). Headache was more commonly noted between 11 and 16 years of age. While headache was more frequent in male children in group I, there was female predominance in group II. However, there was no significant difference between the groups with respect to age and gender (P>0.05). The most frequent cause of headache was migraine and the remaining causes, in decreasing order, included sinusitis (no. 11 according to IHS criteria) and tension-type and psychosomatic headaches (no. 13 according to IHS criteria). Of the 125 patients in the study, 85 (68%) had acute headache and 40 (32%) had chronic headache; 44 (35.2%) patients had acute localized-type headache, 39 (31.2%) suffered from acute recurrent-type headache, 38 (30.4%) had chronic non-progressive headache and acute generalized and chronic progressive-type headache were diagnosed in two (1.6%) patients. Computed tomography (CT) and magnetic resonance imaging (MRI) of the brain were performed in 50 and seven patients, respectively; there were abnormal findings in six patients on CT examiniation and in two patients following MRI. CONCLUSIONS: In conclusion, we stress that the most frequent cause of headache in childhood is migraine and the remaining causes, in decreasing order of frequency, were sinusitis and tension-type and psychosomatic headaches. Neuroimaging studies, such as CT or MRI, need to be performed, especially in patients with complicated symptoms.     

Rhinosinusite chronique de l''enfant: évolution des concepts

The concept of chronic rhinosinusitis in children has been recently individualized. The diagnosis is based upon the clinical history. It may be part of a diffuse inflammatory disease of the respiratory tract. Allergic and environmental polluting factors are possibly involved and must be looked for. Drainage of the rhinopharynx and local steroids are usually the first line treatment. In case of failure, a CT-scan of the sinuses should be performed looking for an obstructive anomaly of the sinuses requiring functional endoscopic sinus surgery     

Optimizing the role of imaging in appendicitis

Acute appendicitis is the most common acute abdominal condition that requires surgical intervention in childhood. From the diagnostic performance perspective, computed tomography (CT) has a significantly higher sensitivity than does ultrasound (US) for diagnosing appendicitis in children; from the safety perspective, however, one should consider the radiation associated with CT, especially in children. There is strong evidence supporting improved patient outcomes in children with suspected acute appendicitis who undergo CT scanning. Nevertheless, we should keep in mind that for a single abdominal CT study in a 5-year-old child, the lifetime risk of radiation-induced cancer would be 26.1 per 100,000 in female and 20.4 per 100,000 in male patients, based on probabilistic models designed with data from atomic bomb survivors. An integrated clinical-imaging approach, applying clinical scores that are able to predict which children with acute abdominal pain do or do not have a high probability of presenting with appendicitis may improve the effectiveness of the imaging diagnosis of appendicitis at the hospital level. Such an approach could avoid exposure of children who at low risk for appendicitis to unnecessary diagnostic tests and eventually, to radiation.