生物模型

我们研究的趋化性（Chemotaxis）生物模型为：我们研究了这个方程组在不同空间下解的局部存在性和不同情形下解的整体存在性。

We investigate a biological model for chemotaxis is as follows : We study the local existence of the solution in different space and the global existence of the solution in different cases for the above system .

果蝇生物模型在室内空气污染监测中的应用

Application of Drosophila Melanogaster Biological Model for Indoor Air Pollution Detection

几类生物模型的Hopf分支与周期解

Hopf Bifurcation and Periodic Solutions for Several Biological Models

先前研究生物模型表明IGF1的作用在癌症预防和老龄化。

Previous work on model organisms had suggested the role of IGF1 in cancer prevention and aging .

系统生物模型转换研究&从SBML到StochasticPiCalculus

Researches on Systems Biology Models Conversion & From SBML to Stochastic Pi Calculus

在第一章，我们陈述了研究生物模型的现实意义，介绍了一些已知的Lotka-Volterra类型的竞争和食饵-捕食者系统模型的研究结果；

In the first chapter , we firstly state the necessity for the study of biological models . Then , we introduce some known competition and predator-prey models of Lotka-Volterra type .

分支理论越来越多地应用在生物模型的研究中，特别是Hopf分支理论，它对于判定具有时滞的生物系统是否存在周期轨有很重要的作用。

The bifurcation theory was applied in the biological systems more and more frequently , especially the Hopf bifurcation theory , which is very important to ascertain whether a certain biological system with delay has periodic orbit .

第三部分讨论了全面质量管理（TQM）是迄今为止支持组织从机械和生物模型转变为社会模型的最全面的系统，尽管它也有不足。

In section 3 , we argue that to date Total Quality Management has been the most comprehensive system for supporting organizations ' transition from the mechanical and biological models to the social model , although TQM also has weaknesses .

一类生物模型正解的爆破集

Blow-up Set of Positive Solution of a Class of Biomathematics Models

一类趋化性生物模型行波解的存在性

The existence of travelling waves in a biological model for chemotaxis

两类生物模型的共存态和渐近行为

Coexistence and Asymptotic Behavior of Two Kinds of Biological Models

有时滞的生物模型的解的振荡性

Oscillatory behavior of solutions of biological models with time delays

生物模型在课程资源开发方面的应用价值研究

The Research on Applied Value of Biological Models in Curriculum Resources Development

一类生物模型的共存性和渐近性

Coexistensive and Asymptotic Behaviors for a Class of Ecological Model

一类生物模型分歧解的存在性和稳定性分析

Analysis on Stability and Existence of Bifurcation Solutions of a Biological Model

利用生物模型-稻瘟霉筛选活性菌株

Screening the active strains using the biological model-Pyricularia oryzae

具有时滞的生物模型的全局稳定性分析

Global stability analysis of a biological model with Delays

剃刀蛤蚌给我们展示了这样一种理想生物模型。

Razor clams presented the ideal biological model .

结果：给出一个计算非线性生物模型回归参数的新方法。

Results : Giving a new method calculating regression parameters of nonlinear biology models .

研究者们已经建立了多种类型的生物模型，不仅具有理论意义而且具有实际应用价值。

Researchers have built various types models which are important academic significance and application value .

基于快速生长期大鼠在不同应力环境中活骨实验的骨适应生物模型数字量化研究

Quantification Study of Bone Adaptive Model Based on Experiment of Rapid-growing Rats in Different Stress Environment

β射线体外诱导单层贴壁细胞凋亡生物模型的建立与吸收剂量的估算

Establishment of Biological Model of Monolayer Anchorage - dependent Cell Apoptosis Induced by in Vitro β Ray and Calculation of Absorbed Dose

结论稻瘟霉生物模型用于筛选海洋真菌活性代谢产物成本低、快速又方便。

Conclusion The P.oryzae bioassay was a cheap , quick and convenient method for the screening of bioactive substances from marine fungi .

首先，在建立机器蟹生物模型的基础上，综合分析了常见的多足步行机器人关节形式和驱动方式。

Beginning with modeling the robot , type and driving mode of the joint on the existing multi-legged walking robot are listed .

最后，将获得的主要结果应用到几个生物模型当中，由此得到了一些有应用价值的结论。

Finally , we apply main results obtained to several biomathematical models and new results which have great potential in application are obtained .

不但显著提高了非线性生物模型回归参数的精度，而且还能发现原始数据中隐藏的问题。

It can not only improve regression precision of the nonlinear biology models but also can find problems hidden in the original data .

从而用这种方式我们得到了此类模型在空间中的性质，对类似的生物模型的探讨有着重要的作用和意义。

In this way we get the nature of such a model in space plays an important role and significance of similar biological model .

这一生物模型可以是简单的酵母细胞或复杂的线虫甚至老鼠。

This model organism can be as simple as a yeast cell or as complex as a nematode worm , fruitfly , or even a mouse .

当前的研究限于模型教学的实践论证和模型在解题中的运用，对于在开发课程资源中充分运用生物模型的研究涉及甚少。

At present , the researches are limited in model teaching implement and solving questions , but using biological models in developing curriculum resources is minority .

实践上，应用信息技术制作生物模型，并有针对性地设计培养学生生物学模型方法的教学方案，具体落实在教学实践活动过程中，取得了比较好的效果。

In the practice , the author makes biological model by way of information technique and has carefully designed a teaching plan to develop students ' biological model method .