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Biothermomechanical behavior of skin tissue

ISSN号：0567-7718
期刊名称：《力学学报：英文版》
时间：0
分类：Q66[生物学—生物物理学]
作者机构：[1]Engineering Department, Cambridge University,Cambridge CB2 1PZ, UK, [2]MOE Key Laboratory of Strength and Vibration, School of Aerospace, Xi'an Jiaotong University, 710049 Xi'an, China
相关基金：The project supported by the Overseas Research Studentship （ORS） and Overseas Trust Scholarship of Cambridge University, the National Natural Science Foundation of China （10572111, 10632060）, the National 111 Project of China （B06024）, and the National Basic Research Program of China （2006CB601202）.

关键词：皮肤组织, 生物热交换, 生物力学, 生物热机械学, Review Skin tissue Bioheat transfer Biomechanics Biothermomechanics

中文摘要：

在激光，微波和类似的技术的进展导致了包含皮组织的热治疗的最近的开发。这些处理的有效性被管理由联合了影响织物的热、机械、生物、神经的回答：一个有利相互作用相对小的疼痛和没有持续副作用地导致一个过程。当前，尽管每个行为的方面到建立并且理解的某个程度，任何一个都不在学科交差的区域存在到日期。一条高度学科交差的途径为学习皮肤的 biothermomechanical 行为被要求，包含简历热转移，简历力学和生理学。对这个题目恰当的全面文学评论在这篇论文被介绍，盖住四个题目区域：(a) 皮肤结构，(b) 皮肤简历热转移和热损坏，(c) 皮肤简历力学，和(d) 皮肤 biothermomechanics。为进一步的研究的主要问题，问题，和话题也被构画出。这评论发现在每这些方面的重要进展在最近的年里被完成了。尽管焦点被放在皮肤织物的 biothermomechanical 行为之上，在这篇论文考察的基本概念和方法论可能也为学习另外的软纸巾是适用的。

英文摘要：

Advances in laser, microwave and similar technologies have led to recent developments of thermal treatments involving skin tissue. The effectiveness of these treatments is governed by the coupled thermal, mechanical, biological and neural responses of the affected tissue： a favorable interaction results in a procedure with relatively little pain and no lasting side effects. Currently, even though each behavioral facet is to a certain extent established and understood, none exists to date in the interdisciplinary area. A highly interdisciplinary approach is required for studying the biothermomechanical behavior of skin, involving bioheat transfer, biomechanics and physiology. A comprehensive literature review pertinent to the subject is presented in this paper, covering four subject areas：（a） skin structure, （b） skin bioheat transfer and thermal damage, （c） skin biomechanics, and （d） skin biothermomechanics. The major problems, issues, and topics for further studies are also outlined. This review finds that significant advances in each of these aspects have been achieved in recent years. Although focus is placed upon the biothermomechanical behavior of skin tissue, the fundamental concepts and methodologies reviewed in this paper may also be applicable for studying other soft tissues.

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