这些图像为研究人员获取基因表达的信息提供了解剖学参考。
Such images provide an important anatomical reference on which researchers can overlay information about gene expression.
原始数据源(例如图像)、原始观察数据、基因序列等等。
The original data source, such as images, raw observation data, genetic sequences, and so on.
利用二代连接器（CM2）的超级计算能力设计了一个由不固定记录长度基因排列组成的新型人工世界。[这是]一个比他[设计]的植物学图像世界更为先进的世界。
Karl Sims took advantage of the supercomputing power of the CM2 to devise a new type of artificial world formed by genes of unfixed length, a world much improved over his botanical-picture world.
应用图像分析系统对IL2基因转移前后的小鼠肥大细胞瘤细胞系P815细胞及人红白血病细胞系K562细胞进行了形态计量学测定及组间显著性检验。
The morphometric study of P815 mouse mastocytoma cells and human erythroleukemia cell line K562 was performed before and after IL2 gene transduction by means of image analysis system.
对基因芯片荧光图像进行网格定位是进行芯片分析的前提与关键。
Automatic gene chip image grid localization is an essential task for gene chip image analysis.
通过设计细胞神经网络（CNN）基因联络模板，讨论对两幅图像的差异比较。提出利用细胞神经网络（CNN）可以高速、有效、直观地实现两幅图像的差异比较。
The difference discrimination of two images by designing CNN genes is discussed, proposed to realize the difference discrimination of two images efficiently and quickly by choosing CNN gene templates.
这三种类型的数据库实际上代表了三个图像对象，叫做蛋白质网络，基因总体和化学总体。
These three types of database actually represent three graph objects, called the protein network, the gene universe and the chemical universe.
基因芯片的原始信息都贮存在基因芯片图像中。
The original information of gene chip is stored in its images.
在本论文中，主要研究基因芯片图像的分析和数据处理，从而提取出基因芯片的杂交反应信号点的亮度信息，获得有用的生物信息。
In this paper, we study mainly the methods of Gene image analysis and data processing. It can extract the hybridizing intensity and obtain the useful biological information.
采用免疫组化法和计算机图像分析半定量测定各组大鼠气道降钙素基因相关肽蛋白的含量。
Immunohistochemistry and computer image analysis were used to determine semi-quantitatively the content of CGRP protein in airway of rats.
首先，在基因芯片图像预处理方面，本文根据基因芯片图像噪声的特点以及常用的滤波算法，提出了形状自适应DCT滤波方法。
First, in gene chip image preprocessing, different noise models and several general filtering methods are discussed. Then a new method called shape adaptive DCT filtering is introduced.
图像预处理、图像网格半自动划分或自动划分是基因芯片数据处理前的重要步骤。
Image preprocessing, half-automatic gridding or automatic gridding (image segmentation) are important tasks before data analysis.
然后结合基因芯片数字图像的特点，给出了图像信号点分析的基本步骤。
Combining with the traits of Gene-chip image, we provide the basic steps to analysis signal points in a image.
空间相干的缺陷和图像处理有许多潜在影响的下游基因芯片数据分析所有基因芯片都在一定程度上的影响。
All GeneChips are affected to some extent by spatially coherent defects and image processing has a number of potential impacts on the downstream analysis of GeneChip data.
该程序为比较基因组序列分析产生印刷质量的图像。
The program serves to generate print-quality images for comparative genome sequence analysis.
最后，在数据提取方面，对基因芯片图像的靶点信号强度与背景信号强度进行了提取与校正，并且运用散点图与MA图对数据进行了预处理。
Finally, after extracting and adjusting the spot and background intensity information, data preprocessing is carried out by using the scatter plot and the ma plot.
最后，在数据提取方面，对基因芯片图像的靶点信号强度与背景信号强度进行了提取与校正，并且运用散点图与MA图对数据进行了预处理。
Finally, after extracting and adjusting the spot and background intensity information, data preprocessing is carried out by using the scatter plot and the ma plot.
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