1.Respiratory Distress and Stridor.
Journal of the Korean Medical Association 1998;41(7):764-767
No abstract available.
Respiratory Sounds*
2.Wheezing.
Korean Journal of Medicine 1998;55(4):628-633
No abstract available.
Respiratory Sounds*
3.Clinical Observation on Acute Bronchiolitis and Recurrent Wheezing.
Chung Ghi KIM ; Soon Kook CHOI ; Jong Duck KIM ; Bock Keun KEE
Journal of the Korean Pediatric Society 1987;30(12):1378-1386
No abstract available.
Bronchiolitis*
;
Respiratory Sounds*
4.Misdiagnosed Case of Bronchial Carcinoid Presenting with Refractory Dyspnoea and Wheeze: A Rare Case Report and Review of Literature
Avradip Santra ; Pravati Dutta ; Sudarsan Pothal ; Rekha Manjhi
Malaysian Journal of Medical Sciences 2013;20(3):78-82
A 59-year-old male smoker presented with persistent wheezing and occasional coughing that had been ongoing for two years and had been unsuccessfully treated with an inhalational β2 agonist, an anticholinergic and an inhalational steroid in the last year. On clinical examination, a left-sided wheeze was detected. The initial chest X-ray was normal. A computed tomography (CT) scan of thorax demonstrated a mass lesion in the left main bronchus. On subsequent bronchoscopy, an endobronchial polypoid mass was detected in the left main bronchus, completely occluding the bronchial lumen. A biopsy taken from the mass revealed features of bronchial carcinoid. Bronchial carcinoid can present uncommonly with wheezes, resulting in misdiagnosis as bronchial asthma or chronic obstructive pulmonary disease (COPD). If an asthma or COPD patient does not respond to conventional therapy, a CT scan and subsequent bronchoscopy is warranted.
Respiratory Sounds
;
Diagnostic Errors
5.Expiratory Stridor Improved With Positive Airway Pressure Therapy in Multiple System Atrophy-Cerebellar Type.
Jong Geun SEO ; Jeong Min KIM ; Kyunghun KANG ; Sung Jae HEO ; Jung Soo KIM ; Ho Won LEE
Journal of the Korean Neurological Association 2014;32(1):53-55
No abstract available.
Multiple System Atrophy
;
Respiratory Sounds*
6.Interactions between Upper Respiratory Infection and Development of Wheezing and Asthma in Children.
Pediatric Allergy and Respiratory Disease 2005;15(2):98-102
No abstract available.
Asthma*
;
Child*
;
Humans
;
Respiratory Sounds*
7.Genetic Factors in Bronchial Asthma.
Korean Journal of Medicine 2010;79(4):366-373
Bronchial asthma is a chronic inflammatory disease of the airways in which there isincreased responsiveness to various stimuli, resulting in wheezing, shortness of breath, and coughing. Interactions between environmental and genetic factors may modify both the susceptibility to and severity of the disease. In recent years, much progress has been made in improving our understanding of the genetic basis of bronchial asthma, which has led to the identification of several genetic factors. This review is an update of genetic studies of bronchial asthma and recent findings.
Asthma
;
Cough
;
Dyspnea
;
Respiratory Sounds
8.Two Cases of Malignant Mixed Mullerian Tumor (MMMT) of the Ovary.
Ho Suk SAW ; In Ho KIM ; Jung Ah NA ; Mi Jeong LEE ; Soon Gyu KIM ; Jae Kwan LEE ; Yong Kyun PARK
Korean Journal of Gynecologic Oncology and Colposcopy 1999;10(4):401-405
Malignant Mixed Mullerian tumors(MMMTs) are unusual neoplasms occumng mostly in the uterus and, ralely, they arise in the ovary. The clinical features of malignant mixed mullerian tumor of the ovary are similiar to other ovarian malignancies. The clinical course is rapidly progressive and fatal. The optimal treatment modalities has remained elusive. The most reliable prognostic criterion is the initial tumor stage and the overall survival was poor. We experienced two cases of malignant mixed miillerian tumor of the ovary, so we report these cases with a brief review of the concerned literatures.
Female
;
Ovary*
;
Respiratory Sounds
;
Uterus
9.Primary study of respiratory monitoring based on breath sounds.
Lu YU ; Yang LIU ; Desheng HUANG
Chinese Journal of Medical Instrumentation 2015;39(1):21-24
It is nonlinear relationship between breath sounds and respiratory flow rate, thus breath sounds might be a new solution for respiratory monitoring. The envelope of the breath sounds was created firstly. And the linear relationship between the logarithm of envelope and the respiratory flow rate was proved. Then model parameters were derived from every subject using regression analysis. Finally, using these parameters estimated respiratory flow rate was achieved by the logarithm of envelope with 14.9% error. Therefore, respiratory flow rate estimation and respiration monitoring based on breath sounds are feasible.
Humans
;
Monitoring, Physiologic
;
Respiratory Sounds
10.A Comparative Study on Responses to Korean Version Questionaires on Respiratory Symptoms.
Yoon Ok AHN ; Byung Joo PARK ; E Hyock KWON
Korean Journal of Preventive Medicine 1982;15(1):47-56
Korean versions of British Medical Research Council (MRC), Cornell 1V, Mgdical Index(CMI), and American Thoracic Society 78 (ATS-DLD-78) respiratory questionaires were compared with each other, and were tested the stability, in terms of test-retest reliability, of each questions by self-administration of those to 156 medical students. The results obtained and conclusions drawn are as follow: 1. The degree of agreements between responses to the comparable questions of CMI vs MRC, and of CMI vs ATS-DLD-78 were not satisfactory. There were, however, 71~100 per cent of agreement between responses to the questions on Cough, Wheezing, Phlegm, Breathlessness, and Chest illness of ATS-DLD-78 vs MRC questionaire. And the ATS-DLD-78 tended to yield greater number of positive responses than MRC (See Table 4). 2. All of the coefficient of stability of each questions in 3 questionaires were statistically significant, ranged 77~100 per cent, except that of the question on episode' of cough and phlegm in ATS-DLD-78 questionaire (See Table 5-1). The question is composed of two collateral conditions, "lasting for 3 weeks or more" and "each year". 3. It can be insisted that the Section-B questions of CMI is not proper for use in epidemiologic survey on respiratory illness. And rather than MRC, the ATS-DLD-78 questionaire deserves to prefer to be used in epidemiologic studies on respiratory illness. 4. In question-wording, especially, of inquiring past experience, it is possible to Iessen the reliability of the question that including collateral conditions such as 'the duration lasted of symptoms', and moreover, of which words are not common usage. For example, for Korean '10-days' or 'half a month' is more familiar time unit rather than 'week'.
Cough
;
Humans
;
Respiratory Sounds
;
Students, Medical
;
Thorax