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METHOD FOR PREDICTING MOTOR-EVACUATORY FUNCTION OF GALLBLADDER IN CHILDREN

机译:儿童胆囊运动功能的预测方法

摘要

FIELD: medicine, pediatrics.;SUBSTANCE: it is necessary to conduct ultrasound studying of a patient's gallbladder since the moment of cholagogue breakfast intake at constant mode till the beginning of its contraction. Moreover, every minute it is important to make the organ's measurements: estimate its volume, fix its maximal volume and the moment of its maximal increase. Then, since the onset of gallbladder's contraction the investigations should be carried out every 8-10 min to fix its minimal volume and the moment of maximal contraction, detect the volume of excreted bile since the moment of maximal increase till the moment of gallbladder's maximal contraction according to the difference between its maximal and minimal volumes. Then one should detect volumetric expenditure of excreted bile by the following formula: Q=V/t/α, where Q - volumetric expenditure in cu. cm/min, V - the volume of excreted bile in cu. cm; t - the time for bile excretion since the moment of maximal increase till the moment of gallbladder's maximal contraction in min; α - a correction coefficient in measuring units of accepted cholagogue breakfast. According to the value of volumetric expenditure of excreted bile and time necessary for its excretion one should diagnose the state of motor-evacuatory function of a patient's gallbladder. At the values ranged 0.14-0.26 cu. cm/min and 20-50 min, correspondingly, one should diagnose normal function of the gallbladder, at below 0.14 cu. cm/min and below 20 min - hypermotor function, at above 0.26 cu. cm/min and above 50 min - hypomotor function. The innovation enables to objectively predict, differentiate the norm and the character of disorder towards either hypo- or hypermotor dyskinesia.;EFFECT: higher accuracy of diagnostics.;4 ex
机译:领域:医学,儿科;;研究对象:从胆小早餐以恒定方式摄入到开始收缩之前,有必要对患者的胆囊进行超声检查。而且,每分钟都要进行器官的测量,这一点很重要:估算器官的体积,确定其最大体积,并确定其最大增加的时刻。然后,自胆囊收缩开始以来,应每8-10分钟进行一次检查,以固定胆囊的最小体积和最大收缩时刻,从最大胆囊增大时刻到胆囊最大收缩时刻为止,检查排出的胆汁的体积。根据其最大和最小体积之间的差异。然后,应通过以下公式检测排出的胆汁的体积消耗:Q = V / t /α,其中Q-cu的体积消耗。厘米/分钟,V-排泄的胆汁的体积,单位为立方。厘米; t-从最大增加时刻到胆囊最大收缩时刻为止的胆汁排泄时间(以分钟为单位); &α; -校正的早餐早餐的计量单位的校正系数。根据排泄胆汁的体积消耗值和排泄胆汁所需的时间,应诊断出患者胆囊的运动性排空功能。取值范围为0.14-0.26 cu。 cm / min和20-50分钟,相应地,应在0.14 cu以下诊断胆囊的正常功能。 cm / min和20分钟以下-运动功能亢进,高于0.26 cu。厘米/分钟及以上50分钟-运动功能减退。该创新技术能够客观地预测,区分正常和低运动异常或高运动障碍的特征。效果:诊断的准确性更高; 4 ex

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