生物科学

In 21st century, life science will be the most important science. How to realize the in-vivo and on-line determination of minim biological sample has important role to the development of life science.

二十一世纪将是生命科学的新世纪，如何实时、在体、连续的检测微量和超微量的生物样品对于生物、药物乃至生命科学的发展都具有重要的意义。

Department of forest sciences is primarily dedicated to education and research in forest sciences including developing forest ecosystem management, improving forecasts of forest growth and yield, designing cost-effective forest regeneration practices, natural resources management, biometeorology, soil microbiology and biochemistry, horticulture and agronomy, animal science.

森林科学系主要致力于森林科学的教育及研究，其科学领域包括发展中的森林生态系统管理，改良森林生长和生产量的预测，森林重建实践的成本有效设计，自然资源管理，生物气象学，土壤微生物学和生物化学，园艺和农学，动物科学。

From the viewpoint of progression of culture, Chinese traditional medicine and remedies has not seeked a way to make itself development forward that has been engaged Chinese people themselves to understand properly human pathology and physiology; from the viewpoint for a respect to science, CTMR has neither empirical nor rational foundation; from the viewpoint of maintenance for the diversity of life, while CTMR spark plug a wrong remedy to illness, it always destroy diversity of life; and from the viewpoint of humanitarianism,CTMR contains a hoity-toity medical theory and make poisonous, wastes and feculence as remedies.

从文化前进的角度看，中医中药没有寻求到自我前进的道路，约束了人们对病理和生理的理解；从尊敬科学的角度看，中医中药既缺乏经验基础又缺乏思维规律基础；从维护生物多样性的角度看，中医中药在倡导不科学施治的同时，破坏了生物的多样性；从人道主义的角度看，中医中药蕴含着装腔作势的医理诠释，推行毒物、异物、污物入药。

Bioinformatics represents a new, growing area of science that uses mathematics, informatics and computational approaches to answer biological questions. Recently years bioinformatics develops greatly with the molecule sequences data's rapidly increasing, and the genome sequence analysis mainly involving gene prediction and molecule evolution, becomes its primary research field.

生物信息学是运用数学、信息学、计算机科学等来阐明生物学意义的一门新兴交叉科学，近年来随着分子数据的快速增加而获得极大发展，其中包括基因预测和分子进化研究等内容的基因组序列分析是生物信息学的主要研究领域。

The Master of Science program in Biotechnology Science at Kean University is a 34 credi...

科学程序在生物技术科学硕士基恩大学是一所多学科34个信贷计划，目的是准备在生物技术领域的学生不断扩大，通过课程的研究和实验室工作经验。

Main courses including: Human anatomy, histology and embryology, physiology, biological chemistry, medical immunology, medical microbiology, pathological physiology, introduction to general practice, Medical Ethics and health regulation, radiodiagnostics, nuclear medicine, integration of fundamental medicine, Pathology, pharmacology, diagnosis, introduction to surgery, internal medicine, surgery, obstetrics and gynecology, pediatry, integration of clinical medicine, clinical medicine statistics, clinical epidemiology, bio-medical informatics, psychiatry, neurology, lemology, traditional Chinese medical science.

主要课程：人体解剖学，组织胚胎学，生理学，生物化学，医学免疫学，医学微生物学，病理生理学，全科医学概论，医学伦理卫生法规，放射诊断学，核医学，基础医学综合课程，病理学，药理学，诊断学，外科学总论，内科学，外科学，妇产科学，儿科学，临床医学综合课程，临床医学统计学，临床流行病学，生物医学信息学，精神病学，神经病学，传染病学，中医学等。办公地点：理1-415，办公室电话：

According to the research object and core, the competitory power of bio-industry, this thesis was unfolded from four aspects: Firstly, we put forward the competitory power of bio-industry theory, its concepts and categories, analytical frame and theories structure from analyzing its influence and determinant system; Secondly, appraisal models, based on deciding factors, composing factors and realizing factors, were respectively established, by using related mathematics method, cooperate theories, management and economics theories; Thirdly, according to the research on life cycle of bio-industry, we analyzed the characteristics and countermeasures of its competitory power changing at different stages; Fourthly, we focused on the core carrier of the bio-industry andits competitory power--the bio-industry cluster (life science industry park and biologicvalley), the bio-industry cluster theories and the park-area competitive factors and the capital market and the financing competition which are important drive factors of the competitory power of bio-industry. Firthly, making use of the evaluation model of bioindustrial competition ability, we carry on bioindustrial competition ability comparison of the United States and Chinas, and evaluate a substantial evidence.

针对本论文的研究对象和研究核心——生物产业竞争力，从五个方面展开研究：一是构建生物产业竞争力理论，提出和界定生物产业竞争力的概念和范畴，从影响和决定因素系统分析入手，研究生物产业竞争力的分析框架和理论结构；二是创建生物产业竞争力分析评价指标体系与模型，运用相关数学方法、协同理论、经济学和管理学理论，以生物产业竞争力的决定因素、构成要素和实现要素为依据，分别建立分析评价模型；三是研究生物产业竞争力生命周期，针对生物产业发展的不同阶段和特点，分析生物产业竞争力变化特点和应对策略；四是研究生物产业及其竞争力的核心载体——生物产业集群(生命科学产业园、生物谷)，研究生物产业集群理论和园区竞争要素，对生物产业竞争力的重要驱动因素——生物产业资本市场和融资竞争，进行分析探讨，并提出生物产业竞争的战略路径。

Surrounding the topic of competitory power of bio-industry, this thesis carried on extensively thorough actual investigation (in Changjiang triangle, Zhujiang triangle, Beijng and Tianjin et al), abundant literature search (life science, biotechnology, economics, management, industrial economics, environmental science and futurology et al) and careful data sorting and literature overview.

本论文围绕生物产业竞争力主题，进行了较扎实的实际调研(长三角、珠三角、京津、华中等)和广泛的文献(生命科学、生物技术、经济学、管理学、产业经济学及环境科学、未来学等交叉学科等等)索检研究，进行认真的数据整理和文献综述。

It is primarily dedicated to education and research on biology including Ecology and Evolution, Biomechanics and Comparative Physiology, Animal Sciences, Plant Sciences, Molecular and Cellular Biosciences, Reproductive Biology, Pathobiological Sciences.

主要致力于生物学科的教育与研究，学科领域包括生态学和进化、生物力学和比较生理学、动物科学、植物科学、分子和细胞生物学、生殖生物学、病原菌科学。

Meanwhile, biology is the base of life sciences and biotechnology, which is one of three stanchions of high technology's development in 21st century.

同时，生物学是生命科学和生物技术的基础，而生命科学和生物技术是21世纪高科技发展的三大支柱之一。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。