首页> 外国专利> METHOD FOR ULTRASONIC MORPHOMETRY OF THE LIEUTAUD TRIGONE OF THE URINARY BLADDER AND THE INTRAMURAL URETER IN CHILDREN

METHOD FOR ULTRASONIC MORPHOMETRY OF THE LIEUTAUD TRIGONE OF THE URINARY BLADDER AND THE INTRAMURAL URETER IN CHILDREN

机译:儿童膀胱LIEUTAUD三角和壁内输尿管的超声形态测量方法

摘要

FIELD: medicine.;SUBSTANCE: invention relates to medicine, namely to urology, pediatrics, ultrasonic diagnostics. The length of the intramural part of the ureter and the urethroureteral distance is determined, the interureteric distance is measured by ultrasonic imaging. The sensor is therein positioned in the supine position of the patient in the transverse plane, at an angle to the surface of the body in the caudal direction, as in Fig. 1b, and a first "point" of the Lieutaud triangle, the vertex whereof is the inner urethral orifice, is marked. Then, without repositioning the sensor, the scanning angle is changed in the cranial direction, as in Fig. 2b, providing a possibility of detecting the distal ureters - normally the ureters fall in the same plane corresponding to the ureteral orifices - thereby defining the two remaining "points" of the trigone. The interureteric distance is measured at this level by determining the segment between the ureteral orifices. The sensor is then rotated by 70 to 80° or 5 to 15° in premature infants, newborns, and children in the first months of life, until aligning with the longitudinal axis of the ureter, the inner orifice of the urethra and the longitudinal section of the intramural ureter are diagnosed. In order to determine the length of the intramural ureter, the sensor measures the distance between the inner ureteral orifice and the boundary of the prevesical ureter with the bladder wall. All measurements are taken in absolute values.;EFFECT: method provides a possibility of determining the anatomical changes in the intramural ureter and the morphometric parameters of the intravesical Lieutaud trigone, making it possible to determine the presence or absence of pathologies of the ureterovesical anastomosis of the ureter at the stages of outpatient treatment; the conducted study significantly increases the quality of comprehensive urological examination of children.;1 cl, 5 dwg, 2 ex
机译:领域:医学。;实质:本发明涉及医学,即泌尿科、儿科、超声诊断学。确定输尿管壁内部分的长度和尿道外距离,通过超声成像测量输尿管间距离。如图1b所示,传感器位于患者仰卧位的横切面上,在尾部方向与身体表面成一定角度,并标记了Lieutaud三角形的第一个“点”,即内尿道口的顶点。然后,在不重新定位传感器的情况下,在头颅方向上改变扫描角度,如图2b所示,提供了检测远端输尿管的可能性——通常,输尿管落在与输尿管开口相对应的同一平面上——从而确定三角的两个剩余“点”。在这个水平上,通过确定输尿管开口之间的节段来测量输尿管间距离。然后,早产儿、新生儿和儿童在出生后的头几个月将传感器旋转70至80°或5至15°,直到与输尿管纵轴、尿道内口和壁内输尿管纵断面对齐。为了确定壁内输尿管的长度,传感器测量输尿管内口和膀胱前输尿管与膀胱壁之间的距离。所有测量值均采用绝对值。;效果:该方法提供了一种确定壁内输尿管的解剖变化和膀胱内Lieutaud三角的形态计量学参数的可能性,使其能够在门诊治疗阶段确定输尿管膀胱吻合术的病理学存在与否;这项研究显著提高了儿童泌尿系统综合检查的质量。;1件cl,5件dwg,2件ex

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