1) human skin
人体皮肤
1.
Design of measurement instrument for human skin based on DSP;
基于DSP的人体皮肤测量仪的设计
2.
Study of carotenoid in human skin by means of resonance Raman detection;
共振喇曼光谱法检测人体皮肤中类胡萝卜素
3.
The effects of the artifical perspiration on the frictional properties of healthy human skin,wearing prosthetic socket skin and residual limb scar skin were investigated by using the continuous and intermissive reciprocal sliding frictional modes.
采用人工汗液模拟人体汗液,在连续和间歇式往复摩擦运动模式下研究汗液对正常人体皮肤、穿戴假肢皮肤以及残肢疤痕皮肤摩擦性能的影响,并模拟假肢穿戴环境研究汗液对皮肤摩擦舒适度的影响。
2) In vitro human skin
离体人皮肤
6) human dermis fiber
人体皮肤纤维
1.
And later a series of experimental study on multi-photon medical image processing are done with mouse oral mucosa epithelium cell multi-photon micrograph and human dermis fiber multi-photon micrograph, including karyon segmentation and fiber texture analysis.
本文首先介绍了双光子成像技术的原理,并在以双光子激光扫描共聚焦显微镜为成像装置的实验平台上,针对小鼠口腔粘膜上皮细胞以及人体皮肤真皮层纤维的双光子显微图像,进行了若干图像处理的实验研究,主要分为小鼠细胞核分割和人体皮肤纤维纹理分析两个部分。
补充资料：皮肤牵引
皮肤牵引
skin traction
用黏胶布粘于皮肤，系于牵引装置，其牵引力通过皮肤以对抗肌肉痉挛，使骨折及关节脱位复位，预防肢体畸形。其优点是损伤小，痛苦少。但牵引力小，适合肌力小的老年人或儿童。皮肤损伤，肢体血循环障碍或肌肉强壮者不宜应用，牵引重量为3～5kg。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条