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SCREENING DIAGNOSTIC TECHNIQUE FOR LOCOMOTOR DISORDERS

机译:机车故障筛查诊断技术

摘要

FIELD: medicine.;SUBSTANCE: invention refers to medicine, traumatology and orthopaedics, paediatrics and neuropathology. The method involves the screening diagnosis of locomotor disorders in children and adults: postural disorders, spinal and limb deformities, patient's status monitoring, an objective assessment of the effectiveness of the conservative and surgical treatment. The method involves taking the patient's images in different planes and projections, determining dimensions, directions of the axes, borders, asymmetry of the body regions and limbs; that is followed by comparing the obtained data to the normal values taking into account the patient's age and previous medical history; the respective disorder is diagnosed, if observing any deviations. This provides taking the patient's digital images in 3D scanning in the frontal, sagittal, and horizontal planes, and functional images in flexion, bowing back, bending, regional rotation of the body and limbs in the environment ensuring calculating the absolute dimensions of the body and its regions. A computer is used to carry out a quantitative analysis and measurement of the dimensions, directions of the axes, borders, asymmetry of the body regions and limbs and to calculate their linear dimensions, areas, profiles, and to assess the length changes of the region, its motion and a range of motion.;EFFECT: method provides the early screening diagnosis of the locomotor disorders, increases the assessment accuracy and reliability of the existing disorders, ensures the integrated examination of the individual's musculoskeletal system, and is easy to use.;8 cl, 5 dwg
机译:技术领域:发明涉及医学,创伤学和骨科,儿科和神经病理学。该方法包括对儿童和成人运动功能障碍的筛查诊断:姿势障碍,脊柱和四肢畸形,患者状态监测,保守治疗和手术治疗效果的客观评估。该方法包括在不同的平面和投影中获取患者的图像,确定尺寸,轴的方向,边界,身体部位和四肢的不对称性;然后将获得的数据与考虑到患者的年龄和既往病史的正常值进行比较;如果观察到任何偏差,则诊断为相应的疾病。这提供了在额,矢状和水平面中以3D扫描方式获取患者的数字图像,以及在环境中以屈曲,向后弯曲,弯曲,身体和四肢局部旋转的功能图像,从而确保计算出它的区域。使用计算机对尺寸,轴方向,边界,身体部位和四肢的不对称性进行定量分析和测量,并计算其线性尺寸,面积,轮廓,并评估该部位的长度变化效果:该方法提供了对运动障碍的早期筛查诊断,提高了对现有障碍的评估准确性和可靠性,确保了对个体肌肉骨骼系统的综合检查,并且易于使用。 ; 8 cl,5 dwg

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