cell recognition

Blood cell recognition based on neural network and wavelet analysis

基于神经网络和小波分析的血细胞识别算法

Study of Marrow Cell Recognition Based on Multiple Classifier Fusion

基于分类器融合的骨髓细胞识别研究

System experiment using different human cells can effectively complete the cell recognition .

实验中系统采用了不同的人体细胞，能有效的完成细胞的识别。

On working Feature selection in cancer cell recognition by means of optical power spectra

用光学功率谱识别癌细胞工作中的特征选择

Micro Image Overlapped Cell Recognition Based on Singular Value Decomposition

基于奇异值分解的显微图像重叠细胞识别

Cell recognition research based on colorimetry and morphology

基于色度学与形态学相结合的细胞识别研究

However , its use is limited by lacking of cell recognition sites and their hydrophobic property .

然而其缺乏与细胞的识别位点以及自身的强疏水性使其应用受到限制。

Protein kinase is involved in cell recognition and signal transduction by catalyzing phosphorylation of protein .

蛋白激酶主要催化蛋白质的磷酸化作用，参与细胞信号识别与转导。

Charging auto-identification , only a real charge will direct more power consumption ," false " full cell recognition .

充电自动识别，只有真正的充电才会指示电量增加，“假”充满电池识别功能。

Carbohydrates and cell recognition

碳水化合物与细胞识别

The T cell recognition of the particulate antigen determinants presented by B cells was restricted by MHC .

另外，T细胞对B细胞递呈抗原决定簇的识别受MHC限制。

Polymer with good biocompatibility and biodegradability is always used as biomaterials , more important , they possess cell recognition signal .

具有良好生物相容性和降解性的天然（合成）聚合物，一般也具有细胞识别信号，常用作生物材料；

With the development of the technique of the pattern recognition , blood cell recognition is becoming the hotspot in the biomedicine research area .

血细胞识别是计数的关键，随着模式识别技术的不断发展，它逐渐成为生物医学领域的一个研究热点。

As PVR is highly expressed in certain tumors , this receptor system may be critical for NK cell recognition of tumors .

由于PVR（CD155）高表达于某些肿瘤细胞，这一受体系统可能在NK细胞对肿瘤的识别和杀伤中起重要作用。

The function of lectins includes cell recognition , toxicity determining factor , plant insect resistance , rhizobia bacteria recognizing factor and so on .

凝集素的作用涉及细胞识别、微生物毒力决定子、植物抗虫、根瘤菌识别因子等诸多方面。

The coating enables the frame to have cell recognition signal , improves seeding , distribution and reproduction of cells , and facilitates formation of new tissue and blood vessel .

该涂层赋予骨架以细胞识别信号，且可以改进细胞的种植，分布与繁殖，有利于新组织和血管的形成。

Cell recognition system so that the application surface , able to adapt to more types of image statistics , and to speed up the statistical speed , and strict control of the error , laid a good foundation for further counting algorithm .

从而使细胞识别系统有更大的应用面，能够适应更多类型的图片统计，加快统计速度，并将严格控制误差，为今后进一步改进计数算法的研究打下了良好的基础。

Objective : During implantation that includes cell recognition and cell adhesion , there are many correlation factors regulating implantation , such as hormone 、 cytokine 、 growth factor and receptor 、 proteinase 、 glycans and so on .

目的：基于细胞识别与黏附的着床过程受多种着床相关因子（如激素、细胞因子、生长因子及其受体，蛋白水解酶、聚糖等）的精细调控。

The Hardware Research of Preprocess in Cell Image Recognition Based on FPGA

基于FPGA的细胞图像识别预处理的硬件研究

A New Form Cell Rectangle Recognition Algorithm

一种新的表格单元格矩形识别算法

Research of the Cell Automatic Recognition and Categorization in Urine Micrographs

尿显微图像中细胞自动识别与分类的研究与分析系统的实现

T cell antigen recognition is the initial behavior of cellular immune system against dangerous signals .

T细胞对抗原的识别是免疫系统对抗危险信号所必经的初始行为过程，并通过T细胞的活化来实现。

Contribution of T cell indirect recognition pathway in initiating allograft rejection in vivo

同种移植排斥反应中T细胞间接识别途径作用的研究

It is an important topic in the field of medicine image to make research on Blood Cell image recognition with Computer Pattern Recognition technique .

运用计算机模式识别技术自动识别血细胞图像是模式识别在医学图像领域应用的一个重要研究课题。

One important objective of studying T cell specific recognition is to provide the theoretical basis for the design of the T cell epitope-based vaccines .

研究T细胞特异性识别的一个重要目的是为T细胞表位疫苗的设计提供理论基础。

Studies have shown that HCMV envelope glycoprotein is necessary for HCMV replication and infection and play an important role in in the host cell receptor recognition , absorption and penetration of host cells .

目前研究表明，HCMV的复制和感染需要依赖其病毒的包膜糖蛋白，后者在识别宿主细胞膜受体、吸附和穿入宿主细胞、病毒的致病力以及诱导宿主反应等方面起重要作用。

There are two specific sources in T cell antigen recognition : one is MHC molecule and the other one is the presented antigenic peptide by MHC , while the antigenic peptide is the most important deterministic factor .

T细胞特异性识别的信号源有两个，一个是MHC分子，另外一个就是抗原肽，其中抗原肽是特异性信息最重要的决定因素。

While the time-dependent mechanism insists that T cell antigen recognition is dominated by the dynamics which depends on the interaction kinetics of various receptor / ligand pairs ( esp. , the antigenic pMHC / TCR pair ) between T cell and APC .

而时间决定论则认为T细胞识别抗原的过程为动力学所支配，它依赖于T细胞和APC表面受体/配体对（特别是抗原性pMHC与TCR的作用对）的相互作用动力学。

Detection of singularities in radar echo cell and target recognition

雷达回波的奇异性检测及目标识别

GVHD is the major complication of allogeneic stem cell transplantation . Recognition of host antigens by donor T cells , and the subsequent T cell activation and cytokine production , play an important role in the induction and progression of GVHD .

资料表明：GVHD是临床异基因造血细胞移植的主要障碍，供体T淋巴细胞对宿主抗原识别、活化并产生各种类型细胞因子在GVHD的发生中起重要作用；