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Adenoidectomy is a common, routine paediatric operation for which the evidence base for effectiveness is lacking. While there is a broad evidence base of variable quality for other common children's ENT operations, most published data including adenoidectomy is combined with the effect of combined tonsillectomy or grommet surgery. For the common indications for adenoidectomy, does it work?
Over the past two decades outpatient surgery has become standard practice in paediatric surgery. Adenoidectomy is a common surgical procedure in children. In this prospective survey pain and pain-related outcomes such as sleep and activity disturbance were evaluated in 167 children aged 1-7 years who had undergone adenoidectomy as a day case in Kuopio University Hospital. The survey questionnaire consisted of 76 structured questions about pain, pain medication, adverse effects and daily activities during first week after the operation. Eighty-three per cent of children had pain at home and 17% of them had moderate or severe pain on a four point verbal rating scale. Eighty per cent of children used pain medication at home. Pain medication did not cause any major adverse effects. Over 90% of children were back to normal daily activities during the first three postoperative days and nearly all were able to drink during the whole postoperative period. We conclude that pain is a common problem after adenoidectomy in children but most of the children return to normal activities within three days.
BACKGROUND: Laboratory tests are widely used to screen children with planned surgery to detect unknown coagulation defects. This study investigates the predictive value of commonly used coagulation tests (thromboplastin time, partial thromboplastin time and thrombocyte count) compared with a standardized bleeding history. PATIENTS: In 702 patients 500 adenoidectomies and 500 tonsillectomies were done, results of laboratory evaluation and individual bleeding history were evaluated. RESULTS: 9.4 % of all laboratory tests showed abnormal results. 30.5 % of the children awaiting adenoidectomy had a suspicious bleeding history as had 22 % of patients undergoing tonsillectomy. In the clinical course of adenoidectomy no bleeding occurred. After tonsillectomy 15 children (3 %) showed moderate, 12 patients (2.4 %) severe postoperative bleeding. The positive predictive value of coagulation screening reached 6.8 % whereas history alone predicted 9.2 % of observed post tonsillectomy bleeding. CONCLUSIONS: The results of this study demonstrate the lacking effect of laboratory tests to predict postoperative bleeding complications. Taking a careful history of bleeding risks and testing only patients with suspicious history reduces the risk of bleeding more effective. Counseling about bleeding symptoms and postoperative survey of patients are additional measures which may protect the children.
PURPOSE: Anaesthesia for adenoidectomy is possible during infancy without succinylcholine. One possibility is intubation with vecuronium bromide, whereas another possibility is the use of the laryngeal mask (LMN). The conditions for intubation as well as further details during anaesthesia are listed and compared. METHODS: 200 children are divided into 4 groups. Group A: intubation with thiopental and vecuronium bromide. Group B: LMN with thiopental, Group C and D: as A and B but the thiopental replaced by propofol. The following aspects are compared: the conditions of intubation; circulation conditions; oxygen saturation; the behaviour when coming out of anaesthesia; complications; the assessment by the surgeons. A further control of 100 routine LMN covers the complications which arose. RESULTS: Adenoidectomy can be carried out successfully with both kinds of anaesthesia. Tracheal intubation attained a better assessment by most surgeons and is easier to administer. Brief declines in the saturation of oxygen occur more frequently when using LMN. LMN has its advantages in the low irritation of the respiratory mucous membranes and results in improved behaviour on coming out of the anaesthesia, especially if used with propofol. Problems arise mainly through the use of the mouth clamp which can result in obstructions of the respiratory tract and re-intubation. These problems arise less frequently when the use of this method has become routine. CONCLUSION: LMN takes time to get used to, and places greater demands on the anaesthetist. Success of LMN depends on the cooperation and collaboration to the surgeon to lower the risk of complications. Once specific improvements in the LMN have been made, it may become the standard method for adenoidectomy in future. It is already used by us and in some outpatient departments, as well as in England and America. Our suggestions are as follows: Aims at convincing the surgeons and improving their co-operation; No routine fixation of the laryngeal mask. The laryngeal mask should be kept slightly taut before opening--preferably slowly--the mouth clamp; possible technical modifications of the mouth clamp itself, which produce a wider gap, could be adapted to the new conditions of the wider LM; reaching the necessary depth of anaesthesia through higher doses of propofol or possibly by total intravenous anaesthesia; routine wearing of the LM in the recovery room until it is no longer tolerated by the child.
CONCLUSIONS: The parents scored the postoperative pain higher than the nurse. The nurse's score correlated better than the parent's to the child's score. There was no gender difference regarding the pain after adenoidectomy. OBJECTIVE: To evaluate the correlation between the parents and the health care professionals regarding how postoperative pain is estimated and to identify age and gender differences regarding the pain after adenoidectomy. PATIENTS AND METHODS: The study included 100 children aged 3-10 years scheduled for adenoidectomy. The nurse and the parent assessed the postoperative pain of the child at different time intervals using a visual analogue scale (VAS). The child rated its pain by using the Wong-Baker FACES pain rating scale. RESULTS: The postoperative pain scores were higher at 10 min after the operation than after 30 min. The parents scored the pain higher than the nurse did, but there was still a strong correlation between the observers' rating of the pain. The correlation between the nurse's and the child's assessments was stronger than the correlation between the parent's and the child's assessments. There was no gender difference in how the pain was perceived by the child. The parents tended to score the pain higher with older age of the child.
BACKGROUND: Acetaminophen and non-steroidal anti-inflammatory drugs have different mechanisms of action. We investigated if combining rectal acetaminophen with ibuprofen would provide better postoperative analgesia compared with either drug alone after adenoidectomy in children. METHODS: 160 children, aged 1-6 yr, undergoing day-case adenoidectomy, were randomized to receive either acetaminophen 40 mg kg(-1), ibuprofen 15 mg kg(-1), their combination, or placebo rectally immediately after anaesthetic induction. A standard anaesthetic method was used and all children received alfentanil 10 micro g kg(-1) i.v. during induction. Meperidine 5-10 mg i.v. was used for rescue analgesia for a pain score (Objective Pain Scale) over 3. Recovery times, sedation scores and the need for rescue analgesia and adverse events during the first 24 h after anaesthesia were recorded. Rescue analgesic at home was ibuprofen 10 mg kg(-1). RESULTS: Total meperidine requirements were significantly less in the groups receiving acetaminophen, ibuprofen, or their combination compared with the group receiving placebo indicating an opioid-sparing effect of 19-28% (P<0.05). Children given acetaminophen were more sedated than those given ibuprofen (P<0.05). Discharge criteria were fulfilled earlier in the ibuprofen group than in all the other groups (P<0.05). At home, less children (49%) needed rescue analgesia in the combination group compared with the other groups (74-77%) (P<0.02). CONCLUSIONS: We conclude that prophylactically administered rectal acetaminophen combined with ibuprofen does not improve analgesia after adenoidectomy in the immediate postoperative period compared with either drug alone but does decrease the need for analgesia at home. Ibuprofen results in lesser sedation and faster discharge than when acetaminophen is used.
The performance of tonsillectomy and adenoidectomy in an ambulatory setting is controversial. However, most current studies show that with adequate criteria for patient selection and careful postoperative observation, these procedures can be safely done as outpatient surgery. This study was undertaken to reassess the safety of outpatient tonsillectomy and adenoidectomy surgery and to reevaluate the current recommendations for postoperative care. A prospective study was undertaken to relate the incidence of significant complications, including hemorrhage, protracted emesis, and fever, to each postoperative hour. The study included 534 pediatric patients (age 14 or less) undergoing tonsillectomy with or without adenoidectomy. All 534 patients were observed for 5 postoperative hours, and 175 of the 534 patients were observed for 6 postoperative hours. To assess complications occurring in the first postoperative week, all attending surgeons involved in this study were asked to anonymously report the occurrence of hemorrhage, protracted emesis, and/or fever from the time of discharge through the seventh postoperative day. In this study, no complications were encountered during the fifth or sixth postoperative hours. These results indicate that it is both safe and appropriate to perform tonsil and adenoid surgery in the ambulatory setting. Furthermore, the current recommendation that patients remain under postoperative recovery room observation for 6 hours appears to be excessive. This observation period may be safely reduced to 4 hours.
A controlled prospective study was performed on 429 consecutive children undergoing adenoidectomy, of which 263 were day-cases. Adenoidectomy was done alone, or in combination with other minor procedures. There was only one reactionary haemorrhage in each group, and these were early and easily recognized by the recovery staff. No other significant complication was seen. Adenoidectomy in children as a day-case procedure is safe and cost-effective.
The Audit Commission recommends that more day surgery be undertaken in the Health Service. In a prospective study of 62 children undergoing adenoidectomy one major complication commenced within 2 hours of surgery. Of 15 minor complications, 78% occurred within 6 hours of surgery; they did not herald later major complications. Day adenoidectomy can safely be performed if patients remain in hospital for 6-8 hours post-operatively and then fulfil the following discharge criteria: they are apyrexial, eating, drinking and with no signs of haemorrhage. This will not result in a significant increase in workload for general practitioners. Day adenoidectomy for medically and socially appropriate patients increases our day surgery figures by 74% to 43% of the routine paediatric ENT caseload. There are immediate benefits to patients but the potential economic benefits to the Health Service will not be felt unless these children are treated in a designated Day Case Unit.
The incidence of cardiac arrhythmias, heart rate, blood pressure, capillary perfusion and end-tidal CO2 tension were studied in 167 healthy children 1-12 years of age undergoing adenoidectomy (n = 82) and myringotomy (n = 85) during enflurane and halothane anaesthesia. The incidence of cardiac arrhythmias was significantly lower during myringotomy than during adenoidectomy. In children undergoing adenoidectomy the incidence of arrhythmias was 38.9% during enflurane anaesthesia and 86.6% during halothane anaesthesia (P less than 0.001). In the halothane group ventricular arrhythmias were observed in 19 patients (41.3%) but only in one child (2.8%) in the enflurane group. The ventricular arrhythmias seen during halothane anaesthesia were unifocal in six patients and multifocal in five and classified as ventricular tachycardia in eight children. Heart rate was increased by about 40% at the onset of ventricular arrhythmias. The heart rate remained unchanged with enflurane anaesthesia during surgery, which may reflect a decreased sympathomimetic activity. It is suggested that the low incidence of ventricular arrhythmias during enflurane anaesthesia may be explained by the combination of a reduced sympathomimetic activity and a lowered susceptibility of the myocardium to the actions of endogenous catecholamines.
In 28 children undergoing adenoidectomy, plasma concentrations of catecholamines, ACTH and cortisol were measured. Fourteen children were anaesthetized with halothane (seven non-intubated, seven intubated) and 14 with enflurane (seven non-intubated, seven intubated). During undisturbed anaesthesia, plasma catecholamines were significantly higher with halothane than with enflurane (P less than 0.05). Immediately after surgery, catecholamines were increased up to 300% in the halothane groups. In the enflurane groups, however, the catecholamine concentrations remained unchanged. This difference between the two agents, after surgery, was statistically significant (P less than 0.01 for intubated and P less than 0.001 for non-intubated children). Fifteen minutes postoperatively no difference was found in plasma concentrations between the groups. In all four groups, plasma concentrations of ACTH and cortisol increased similarly during the procedure. It was concluded that plasma catecholamines were higher during halothane than during enflurane anaesthesia in children undergoing adenoidectomy. This difference may be caused by a stimulating effect of halothane on the endogenous catecholamine release. This increased sympathomimetic response during halothane anaesthesia was correlated to the incidence of ventricular arrhythmias previously found with this agent during adenoidectomy.
As inadvertent eustachian tube injury during adenoidectomy can have serious short- and long-term implications, a simple anatomic correlate that could predict the optimal curette choice for adenoidectomy, especially in severely hypertrophic cases, is beneficial. This study evaluates the correlation of the distance between the lateral borders of the upper central incisors and the distance between the tori tubarius in the nasopharynx. One hundred one consecutive patients undergoing adenoidectomy at a pediatric tertiary care hospital were enrolled in this study. The patients ranged in age from 7 months to 15 years. No complications were noted in any of the procedures. During the operation, the distance between the central upper incisors was measured in millimeters, as was the inter-tubarius width (ITW). A multiple regression analysis was completed to assess the correlation between central incisor width and ITW. Age and inter-incisor width were positively correlated with ITW in a statistically significant manner (p = .007 and p = .006, respectively). The distance between the lateral borders of the upper central incisors predicts the distance between the tori tubarius in the nasopharynx. Therefore, an adenoid curette the window of which does not overlap the lateral aspects of the central upper incisors can be used relatively safely, even in fields with poor visualization.
This retrospective study was undertaken to evaluate the incidence of hemorrhage in nonselected patients requiring surgical treatment after adenoidectomy (group 1; 7,785 patients) or tonsillectomy with or without adenoidectomy (group 2; 6,794 patients). Postoperative bleeding from the tonsillar fossae occurred in 200 patients (2.94%). Primary hemorrhage (< 24 hours) clearly prevailed in groups 1 (86%) and 2 (78%). There was 1 case with a lethal outcome following tonsillectomy (0.007%). Bleeding from the epipharynx occurred in 17 patients of group 1 (0.21%). A total of 5 patients received blood transfusions, all of them belonging to group 2 (0.07%). The latest bleeding occurred 6 days (adenoidectomy) and 18 days (tonsillectomy) after surgery. Hemorrhage following both procedures is a rare complication predominantly occurring several hours after surgery and in nonselected patients. Male gender, age over 70 years, infectious mononucleosis, and a history of recurrent tonsillitis were found to be risk factors for posttonsillectomy hemorrhage.
Past studies of the efficacy of adenoidectomy in the management of children with otitis media have been inconclusive due to significant limitations in experimental design. At the Children's Hospital of Pittsburgh, the effect of adenoidectomy on the outcome of otitis media is currently being studied in a prospective manner. An attempt is being made to document and to control those factors cited as lacking in the previous studies. This report describes the techniques for assessment of nasal and Eustachian tube function and for the completeness of adenoidectomy.
A prospective controlled study was made on the effect of adenoidectomy performed on 105 children. For various reasons, mainly severe long-standing nasal obstruction, 29 children were omitted from the study. The remaining 76 children were randomly divided into two groups, one adenoidectomy, and one control. Both groups were slightly reduced in number due to drop out. Thus 36 adenoidectomized children were followed during one year and 35 children during two years. The corresponding numbers for the children in the control group were 37 and 33. The incidence of common cold, purulent and serous otitis media and moderate nasal obstruction was compared in the two groups. A considerable reduction in the incidence of these variables was observed in both groups. The occurrence of moderate nasal obstruction was reduced more among the operated than among the unoperated children. The difference was only slightly significant during the first and not at all during the second year. Regarding the other variables, the differences were not significant, implying that adenoidectomy seems to have no effect on the incidence of common cold, serous and purulent otitis media.
Grisel's syndrome (atlanto-axial subluxation) and cervical osteomyelitis are two unusual complications of adenoidectomy. We present two patients; one with atlanto-axial subluxation following uncomplicated tonsillectomy and adenoidectomy, and one with cervical osteomyelitis following uncomplicated adenoidectomy. Both patients presented with persistent postoperative neck pain. Surgical intervention, as well as long-term intravenous antibiotics, was required. A high index of suspicion, as well as cervical spinal series with flexion-extension views, is necessary for diagnosis. Flexible nasopharyngoscopy and computed tomography of the cervical spine also aided in diagnosis and treatment planning. With early diagnosis and proper treatment, the prognosis is good. Neurologic sequelae were prevented in both of our patients.
Bleeding following adenoidectomy is a rare complication of this surgical procedure, and usually occurs in the first post-operative hours. In almost all cases it is related to adenoid remnants. Removal of these remnants under a second general anaesthetic is the treatment of choice. We report a case of massive bleeding three days following adenoidectomy related to the injury of an aberrant ascending pharyngeal artery during adenoidectomy performed elsewhere. Signs of manifest shock necessitated an immediate ligature of the external carotid artery and its individual branches. The post-operative course was uneventful. Two years later the boy underwent tonsillectomy without complications.
OBJECTIVE: Our purpose was to evaluate the causes of persistent obstructive sleep apnea despite previous tonsillectomy and adenoidectomy in children with Down syndrome as depicted on cine MRI. MATERIALS AND METHODS: Cine MRI studies performed to evaluate persistent obstructive sleep apnea despite previous tonsillectomy and adenoidectomy were reviewed. MRI was performed under sedation and included cine MR images (fast gradient-echo) obtained in the midline sagittal plane and in the axial plane at the base of the tongue and T1-weighted spin-echo and fast spin-echo inversion recovery images in the axial and sagittal planes. Imaging parameters reviewed included static and dynamic diagnoses made, frequency of recurrence and diameter of tonsillar tissue, and tongue morphology. RESULTS: Twenty-seven patients were identified (mean age, 9.9 years). Diagnoses included glossoptosis in 17 patients (63%), hypopharyngeal collapse in six (22%), recurrent and enlarged adenoid tonsils in 17 (63%), enlarged lingual tonsils in eight (30%), and macroglossia in 20 (74%). Of the 20 patients with macroglossia, 11 (55%) had absence of the normal median sulcus and 12 (60%) had evidence of fatty infiltration of the tongue musculature. CONCLUSION: Persistent obstructive sleep apnea in children with Down syndrome who have undergone previous adenoidectomy and tonsillectomy has multiple causes. The most common causes include macroglossia, glossoptosis, recurrent enlargement of the adenoid tonsils, and enlarged lingual tonsils.