Page 392 - Abstract Book KONIKA 18
P. 392

Respirology

                                               P-RES-005
                     Diagnosis and Treatment of Necrotizing Pneumonia in Children

                               Kathrine, Wahyuni Indawati, Darmawan Budi Setyanto
                Department of Child Health, Faculty of Medicine, Universitas Indonesia/Dr. Ciptomangunkusumo Hospital,
                                             Jakarta, Indonesia
                                               Abstract
            Background Necrotizing pneumonia, as severe complication of pneumonia, is found in 0.8-7% pneumonia
            cases, and has high morbidity in children. It is characterized by lung tissue destruction, resulting in multiple
            small thin-walled cavities, and should be suspected in non-responding or progressive pneumonia after
            72-hours antibiotic administration. Early detection may contribute to early treatment and better outcome.
            Objective Describing diagnostic approach to improve early diagnosis and treatment of necrotizing pneumonia.
            Case A 6-month-old boy, weighed 5 kg with incomplete vaccination history, diagnosed as pneumonia with
            left pleural effusion. He did not respond to antibiotic treatment and diagnosed as clinical tuberculosis. Water
            sealed drainage was done, but pleural fluid analysis and culture were not performed. No improvement shown
            after 6-week antituberculosis therapy. Chest CT showed solid mass on the left lung. He was referred as
            suspected malignancy and planned for biopsy. There were cough, rapid breathing, and chest retraction on
            the day of admission. Oxygen saturation was 98% with 2 L/min nasal cannula oxygen. Fever was presented
            on 3rd observation day. Inflammation markers were increased. No positive result shown in tuberculosis
            work up. Chest X-ray showed inhomogeneous consolidation on the left lung. Repeated chest CT showed
            multiple hypodense lesions with irregular shaped walls on the left lung suspected cavitating pneumonia. He
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            was given 3 generation cephalosporin for 21 days. Clinical symptoms were improved.  He was discharged
            and continuing antibiotic treatment until 30 days in outpatient clinic. Conclusion Necrotizing pneumonia
            has a good outcome with adequate antibiotic treatment.
                                 Keywords: necrotizing pneumonia; children; antibiotic



                                                P-RES-006
                            Interventional Pediatric Pulmonology Approach
                                 in Management of Subglottic Stenosis

                                Dimas Dwi Saputro, Rifan Fauzie, Retno Widyaningsih
                           Department of Child Health, Respirology Division PKIAN RSAB Harapan Kita, Jakarta, Indonesia
                                               Abstract
            Background  Prolonged endotracheal intubation can cause injury and remarkable mucosal changes starting
            from edema and congestion that can develop to microscopic necrosis and fibrotic scars which lead to subglottic
            stenosis (SGS). Prolonged intubation is known as the leading cause of acquired SGS which usually manifest
            as serious acute airway obstruction. Objective To describes our experiences in interventional pulmonology
            procedures evaluating SGS in children. Case We present 3 cases (a 5-month-old male, a 11-month-old male,
            and a 3-month-old female) whom hospitalized due to severe airway obstruction. All of the cases had history
            of prolonged intubation > 7 days, one case intubated due to severe pneumonia, while the other due to post
            operation procedures. Each patient had been managed differently previously according to their degree of
            obstruction, size and location of stenosis. All patients came with persistent stridor and had no previous history
            of choking, foreign body aspiration, or sick contact. On initial assessment, all patients had tachypnea, biphasic
            stridor, chest indrawing, and were able to swallow without difficulties. All cases had been discussed in our
            pediatric airway management team. Initial endoscopy found 2  and 3  degree of stenosis. Balloon dilation
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            were performed in all patients but in the 3rd degree patient, laser resection had been performed preceding
            the balloon procedure. There were no serious complications observed during and after the procedures.
            Conclusion Endoscopic assessment is mandatory in the evaluation of airway obstruction. Preparation and
            team communication becomes an integral part of management to treat SGS in children.
                            Keywords: subglottic stenosis; stridor; pediatric flexible bronchoscopy







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