文中对激光生物效应的机理作了初步探讨，并就我国的现状提出若干建议。
The mechanism of laser biological effect is explored. Some suggestion to develop the present laser research in China is given.
分析激光的生物效应，建立激光生物学效应的数学物理模型，重点探讨激光生物效应的医学应用。
This paper analyzes the living creature effect of the laser, and especially inquiries into the medical science application of the living creature effect of the laser.
刘承宜等人提出了低强度激光疗法的生物信息模型(BIML)和激光生物效应的信息转换模型(BITML)。
Liu CY et al have put forward the biological information model on low intensity laser irradiation (BIML) and the biological information transformation model (BITML).
目的：对从激光与生物体作用所产生的各种生物效应的角度所进行的研究加以综述，从而体现激光在医学基础研究、诊断和治疗等方面的应用。
OBJECTIVE: To research and review studies based on the biological effects of laser on organisms and show the applications of laser in research of fundamental medicine, diagnosis and treatment, etc.
目的：初步研究激光对水肿视网膜的生物效应。
Objective: To study the biologic effect of laser on retinal edema.
这一结果，将有助于对激光的生物遗传诱变效应的解释。
This result is helpful for the explanation of laser-induced effect of biological genetic variation.
激光的生物学效应主要是光效应、热效应、电磁场效应、压力与冲击波效应。
The biology effect of the laser is a light hot, electromagnetism an effect, pressure primarily with wash' shot an effect.
弱激光生物刺激效应可应用于创伤治疗中，促进创伤愈合、预防与治疗创伤感染和缓解创伤疼痛等。
Low-level laser biostimulation can be applied in wound therapy to speed up the wound healing, prevent infection and relieve the pain.
本文概述弱激光的生物学效应，对弱激光照射在机体免疫、血液循环、组织代谢及神经等不同系统功能上的作用进行综述。
In this article, the biological effect of low-level laser irradiation was summarized, and the application in different systems, such as immunity, circulation, metabolism and nerves were reviewed.
这些结果表明，高强度激光束边缘低强度激光存在光生物调节作用，这可能是影响外科激光的长期效应的重要因素。
These results indicate that there is the photobiomodulation for marginal irradiation of high intensity laser beam, which might play an important role in the long term effects of laser surgery.
在激光果树育种中，激光的生物效应不仅取决于辐照时的激光参数，也取决于被辐照组织的部位、辐照季节等。
In laser genetic breeding field, the biological effects of lasers depend not only on irradiate parameters but also on the irradiate position on a living organism and on a season and so on.
低能量激光照射免疫学调节效应是其生物学调节效应的重要内容之一。
The immune modulation effect is one of the main contents of biomodulation effects of low energy laser irradiation(LELI).
本研究为激光技术在微藻领域的进一步应用，提供可资借鉴的实验依据；为激光生物学效应的物理机制研究提供一定的参考。
The research result provides an experiment foundation for the field of laser employing in alga research and experiment base for laser biological effect mechanism research.
激光是一种新型的物理诱变剂，对微生物产生不同的诱变效应。
Laser is a new type physical mutagenic agent which produces various mutagenic effects on microorganism.
介绍了激光的特性、激光的生物效应及激光在临床医学上的应用，并着重介绍了激光在牙科治疗上的应用。
In this paper, the laser characteristics, laser biological effects, laser applications in biomedicine are discussed the emphasis is placed in laser applications in dentistry.
激光生物学是一个多学科交叉的新兴学科，其中以激光微束的光阱效应为基础的光镊技术是生命科学和生物工程研究的有力工具。
Laser Biography is a multi-discipline crossed new area, and the optical tweezers technology based on microbeam laser is an effective tool in the research of life science and bioengineering.
本文综述了近些年来激光在生物学领域中研究的进展，对激光的生物学刺激效应、 激光诱变育种、 激光处理对生物细胞学的影响进行了介绍。
The paper summarized study progress that laser applied in biological field such as biological stimulation of laser induced breeding by laser, cytological effect on organisms by radiated laser.
背景：目前用于激光针灸的光源以红光或近红外光为主，对生物组织具有穿透能力，但无热效应。
BACKGROUND: infrared light or near infrared light mainly serves as light source of laser acupuncture and moxibustion. It can penetrate biotic tissues with no heat effect.
论文的引言部分首先介绍了弱激光生物刺激效应的临床应用和作用机理的研究及其与本课题的关系。
First in introduction, the paper introduced the application in clinic and the action mechanism of the biostimulation of low-intensity laser.
文章对激光在生物诱导育种方面的应用作了较为详细的论述，并对其辐照参数的控制以及由此所引发的生物学效应等多种机理进行了分析。
The application of laser in organism inducing breeding is introduced. The mechanism of the biological effect which is initiated by radiation and the control of radiation parameters are analyzed.
低剂量激光对众多生物体产生有效刺激效应。
Mathematical Mode of the Laser Living Creature Effect and Clinical Practice;
低剂量激光对众多生物体产生有效刺激效应。
The Influence on Microcavity Laser of the Excition Effect in Quantum Well;
激光生物压力效应是一种很重要的激光生物非热效应。
There is a close relationship between the pressure effect and average size, .
激光生物压力效应是一种很重要的激光生物非热效应。
There is a close relationship between the pressure effect and average size, .
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