expiratory adj.吐氣的，呼氣的。 expiratory move...
adj. 吐氣的，呼氣的。 expiratory movement 深呼吸運動。 “dyspnea expiratory“ 中文翻譯： 呼氣困難“expiratory a ea“ 中文翻譯： 呼氣暫停“expiratory accentuated“ 中文翻譯： 呼氣性雜音“expiratory air“ 中文翻譯： 呼出氣“expiratory apnea“ 中文翻譯： 呼氣暫停“expiratory center“ 中文翻譯： 呼氣中樞; 呼吸中樞“expiratory centre“ 中文翻譯： 呼氣中樞“expiratory current“ 中文翻譯： 呼出氣流“expiratory duration“ 中文翻譯： 呼氣時間“expiratory dyspnea“ 中文翻譯： 呼氣困難; 呼氣性呼吸困難“expiratory force“ 中文翻譯： 呼氣力量“expiratory gas“ 中文翻譯： 呼出氣“expiratory movement“ 中文翻譯： 呼氣運動“expiratory murmur“ 中文翻譯： 呼氣性雜音“expiratory muscle“ 中文翻譯： 呼肌; 呼氣肌“expiratory muscles“ 中文翻譯： 呼肌“expiratory neuron“ 中文翻譯： 呼氣神經元“expiratory phase“ 中文翻譯： 呼氣相“expiratory pressure“ 中文翻譯： 呼氣壓“expiratory rales“ 中文翻譯： 呼氣羅音“expiratory reflex“ 中文翻譯： 呼氣反射“expiratory reserve“ 中文翻譯： 呼氣儲備; 呼氣儲量“expiratory resistance“ 中文翻譯： 呼氣阻力“forced expiratory“ 中文翻譯： 用力呼氣的“expirationdatee“ 中文翻譯： 或是注上“expiration; breath; exsufflation“ 中文翻譯： 呼氣
expire |
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The level of cell apoptosis in pulmonary tissues of 7d tail - suspended rats during simulated weightlessness increased significantly ( p < 0 . 01 ) , but that of 21 d had not a prominent change ( p > 0 . 05 ) . conclusion 1 . simulated weightlessness in tail - suspended rats has certain effects on lung function . fevo . 3 % , peak expiratory flow ( pef ) and maximal voluntary ventilation ( mvv ) tend to decrease , especially fevo . 3 % in 7d and mvv in 21d decrease significantly 3 、大鼠肺組織普遍存在凋亡細胞， 7d尾懸吊模擬失重大鼠肺組織細胞凋亡水平明顯高于對照組，且具有統計學意義( p 0 . 01 ，但21d尾懸吊軍醫進修學院碩士學位論文尾懸吊模擬失重對大鼠肺臟的影響模擬失重大鼠肺組織細胞凋亡水平與對照組相比無顯著性差別o 0刀5卜結論1 、尾懸吊模擬失重對大鼠肺功能有一定影響。 |
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“ our findings suggest that the increase in lung function during the first year of life was proportional to somatic growth and similar for premature and full - term infants , “ the study authors conclude . “ the persistence of reduced expiratory flows in healthy preterm infants may contribute to their increased risk of recurrent respiratory illnesses early in life “我們的研究結果表明， 1周歲內肺功能的增強和身體的生長是相稱的，并且這一點早產兒和足月的嬰兒是相似的”研究者推斷“健康早產兒的呼氣量持續減少可能會促使他們在幼年呼吸系統疾病復發風險的增加。 |
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Several subclassifications have been proposed : simple chronic bronchitis describes a condition characterized by mucoid sputum production ; chronic mucopurulent bronchitis is characterized by persistent or recurrent purulence of sputum in the absence of localized suppurative diseases such as bronchiectasis ; chronic bronchitis with obstruction deserves a separate classification characterized by presence of airway obstruction as assessed by the used of the forced expiratory vital capacity maneuver ; and chronic asthmatic bronchitis 它可以分為以下幾種類型：單純性慢性支氣管炎，其特征為咳粘液性痰；慢性粘液膿性支氣管炎，其特征是反復的或持續的咳膿痰，但肺部并無化膿性病變，如支氣管擴張；慢性支氣管炎伴阻塞，其特征為用力呼氣肺活量測定時有氣道阻塞的表現；慢性哮喘性支氣管炎，其特征是患者有長期的咳嗽及咯痰史，后來肺部出現哮鳴者，因此與哮喘伴慢性氣管阻塞的病人不同。 |
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The preterm group continued to have decreased forced expiratory flows and normal forced vital capacities in the first and second years of life compared with the full - term group , even though their increases in lung function with growth were similar to those of full - term infants 盡管早產組的嬰兒隨著生長，肺功能的增強與足月組的嬰兒相似，但在第一和第二周歲的時候，早產組和足月組的嬰兒相比用力呼氣流量和正常的肺活量持續減少。 |
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The authors compared longitudinal measurements of forced expiratory flows by the raised volume rapid thoracic compression technique in the first and the second years of life for 26 healthy infants born prematurely vs 24 infants born at full term 作者比較了26個健康的早產兒和24個足月的嬰兒的縱向測量力呼氣流量，分別在他們一歲和兩歲的時候，通過快速胸加壓法產生的體積來進行測定。 |
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The researchers used forced expiratory volume in 1 second ( fev1 ) and forced vital capacity ( fvc ) as a percentage of predicted value ( fvcpp ) as indicators of lung function 研究者用用力第一秒呼氣量( fev1 )和用力肺活量( fvc )和其預期值的百分比( fvcpp )作為肺功能衡量指標。 |
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Mechanical ventilation with lower tidal volumes and positive end - expiratory pressure prevents alveolar coagulation in patients without lung injury 采用低潮氣量和呼氣末正壓通氣的機械通氣模式能夠防止非肺損傷患者的肺泡凝固。 |
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In addition , red tide exposure was associated with significant reductions in fe1 , midexpiratory phase of forced expiratory flow , and peak expiratory flow 另外，暴露于紅潮會引起fe1 ? ?強迫呼氣流量中值和呼氣氣流峰值減少。 |
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Heart function test is in 1 minute of time , forward arch one ' s back bows 20 times , when pitch expiratory , erect when inspiratory 心臟功能測試在1分鐘時間里，向前弓背彎腰20次，前傾時呼氣，豎立時吸氣。 |
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Non - nmda receptors are involved in the modulation of discharge activity of biphasic expiratory neurons and inspiratory neurons 受體參與雙相呼氣和吸氣神經元電活動的調節 |
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Analyzing the working - time series of inspiratory time and expiratory time of siemens v900c ventilator 呼吸機吸氣時間與呼氣時間工作時序原理剖析 |
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A new method to detect expiratory flow limitation in chronic obstructive pulmonary disease patients 呼氣負壓技術在檢測慢性阻塞性肺疾病中的應用 |
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Application to determination of peak expiratory flow rate in asthma in children 兒童最大呼氣流率測定及其在哮喘防治中的應用 |
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Pef peak expiratory flow 最大呼吸流量 |
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Erv expiratory reserve volume 呼氣儲氣量 |
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Erc expiratory reserve capacity 補呼吸量 |
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Mef maximal expiratory flow 最大呼氣流量 |
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Pefr peak expiratory flow rate 呼氣峰流量 |
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Peak expiratory flow meters 呼氣峰值流量表 |