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cDNASpecies
cDNA microarray technology has become one of the most widely used functional genomics tool for gene expression analysis. With the use of this new and powerful technology, gene expression patterns of a tens of thousands of genes can be analyzed in a single experiment. This paper reviews array manufacturing, hybridization, scanning and data handling by focusing on critical factors affecting results of a cDNA microarray analysis
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
The high-density DNA microarray is the most powerful, versatile and widely used tools for gene expre...
We review several commonly used methods for the design and analysis of microarray data. To begin wit...
cDNA microarray is an innovative technology that facilitates the analysis of the expression of thous...
Microarrays are a powerful method for the global analysis of gene or protein content and expression,...
An overview of the production process of cDNA microarrays on glass chips for gene expression analysi...
cDNA microarray technology is becoming the technique of choice for studying gene expression and gene...
DNA microarray technology is a new and powerful technology that will substantially increase the spee...
DNA microarrays are powerful tools for studying biological mechanisms and for developing prognostic ...
The analysis of gene expression patterns by filter-based complementary (c)DNA microarray remains an ...
Microarray technology is now widely available and is being applied to address increasingly complex s...
Expression profiling in cancer using cDNA microarrays Currently there are over 1 000 000 human expre...
Microarrays provide the biological research community with tremendously rich, sensitive and detailed...
Gene expression can be studied at a genome-wide scale with the aid of modern microarray technologies...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
The high-density DNA microarray is the most powerful, versatile and widely used tools for gene expre...
We review several commonly used methods for the design and analysis of microarray data. To begin wit...
cDNA microarray is an innovative technology that facilitates the analysis of the expression of thous...
Microarrays are a powerful method for the global analysis of gene or protein content and expression,...
An overview of the production process of cDNA microarrays on glass chips for gene expression analysi...
cDNA microarray technology is becoming the technique of choice for studying gene expression and gene...
DNA microarray technology is a new and powerful technology that will substantially increase the spee...
DNA microarrays are powerful tools for studying biological mechanisms and for developing prognostic ...
The analysis of gene expression patterns by filter-based complementary (c)DNA microarray remains an ...
Microarray technology is now widely available and is being applied to address increasingly complex s...
Expression profiling in cancer using cDNA microarrays Currently there are over 1 000 000 human expre...
Microarrays provide the biological research community with tremendously rich, sensitive and detailed...
Gene expression can be studied at a genome-wide scale with the aid of modern microarray technologies...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
The high-density DNA microarray is the most powerful, versatile and widely used tools for gene expre...
We review several commonly used methods for the design and analysis of microarray data. To begin wit...
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