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小腿长度和尺骨长度的精确测量及其在短期生长测量中的应用。

Accurate measurements of the lower leg length and the ulnar length and its application in short term growth measurement.

作者信息

Valk I M, Chabloz A M, Smals A G, Kloppenborg P W, Cassorla F G, Schutte E A

出版信息

Growth. 1983 Spring;47(1):53-66.

PMID:6862263
Abstract

A new method of lower leg measurement for the determination of endochondral growth has been described quite different from the techniques commonly utilized. Endochondral growth of the lower leg can now be detected after one week (in provided case) the growth is at least 0.15 mm. The results of the lower leg measurement were compared with those of the ulnar length measurements in a four months lasting longitudinal growth study on twenty-one normal growing children. It appeared that the new lower leg length measuring technique with a margin of error in hundreds of millimeters is even more sensitive than the ulnar length measuring technique and a substantial improvement to conventional measuring methods in which the error fault is commonly expressed in millimeters. The new technique is especially suited for the assessment of short term growth in children whose ulnar length can not be measured accurately enough. Short term growth can now be followed in children from about the age of two years without using X-rays. This new technique permits: 1. Short term growth studies; 2. Studies of drug effects on tibia in single individuals within short time intervals; 3. Comparison of the growth in length of the lower leg and the ulna within time intervals as short as three weeks. 4. Studies in biorhythms of the lower leg length.

摘要

一种用于确定软骨内生长的小腿测量新方法已被描述,它与常用技术有很大不同。在给定情况下,一周后即可检测到小腿的软骨内生长,生长至少为0.15毫米。在一项对21名正常生长儿童进行的为期四个月的纵向生长研究中,将小腿测量结果与尺骨长度测量结果进行了比较。结果表明,误差在几百毫米范围内的新型小腿长度测量技术甚至比尺骨长度测量技术更敏感,并且相对于误差通常以毫米表示的传统测量方法有了实质性改进。这项新技术特别适用于评估尺骨长度无法准确测量的儿童的短期生长。现在,无需使用X射线,就可以跟踪大约两岁儿童的短期生长情况。这项新技术允许:1. 短期生长研究;2. 在短时间间隔内对个体胫骨药物作用的研究;3. 在短至三周的时间间隔内比较小腿和尺骨的长度生长;4. 小腿长度生物节律的研究。

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