In this paper, a new image enhancement approach is proposed, which has the ability to improve the gridding results in DNA microarray analysis. The proposed approach is implemented as a conditional sub-block bi-histogram equalization (CSBE). This is accomplished by first, decomposing an input image into a number of m x n sub-blocks. Second, the threshold of each sub-block is determined independently. Third, the sub-block is divided into two sub-images based on the threshold. Fourth, only pixels having value greater than the threshold are histogram equalized, and the two sub-images are then recombined. The proposed method is tested on various DNA microarray images, giving excellent results, compared to existing methods
Motivation: DNA microarrays are an experimental tech-nology which consists in arrays of thousands of...
A Deoxyribonucleic Acid (DNA) microarray is a collection of microscopic DNA spots attached to a soli...
DNA microarrays are one of the fastest-growing new technologies in the field of genetic research, an...
In this paper, a new image enhancement method for DNA microarray images, namely the Conditional Conv...
Microarray technology is a very powerful tool. In one experiment, it gives researchers information a...
Abstract—Microarray is one of the most promising tools available for researchers in the life science...
DNA microarray images contain spots that represent the gene expression of normal and cancer samples....
DNA microarray analysis has evolved as the best promising technique for discovering diseases or for ...
Microarray image gridding is one important step of microarray image analysis to determine 2D image c...
DNA microarray images consist of thousands of spots with weak intensity arranged in a matrix whose r...
Microarray is an efficacious tool used to detect, analyze and describe local features of the genome ...
DNA microarray image processing becomes a viable branch of bioinformatics, its importance stems from...
Motivation: DNA and protein microarrays have become an established leading-edge technology for large...
An important stage in microarray image analysis is gridding. Microarray image gridding is done to lo...
Image and statistical analysis are two important aspects of microarray technology. Of these, griddi...
Motivation: DNA microarrays are an experimental tech-nology which consists in arrays of thousands of...
A Deoxyribonucleic Acid (DNA) microarray is a collection of microscopic DNA spots attached to a soli...
DNA microarrays are one of the fastest-growing new technologies in the field of genetic research, an...
In this paper, a new image enhancement method for DNA microarray images, namely the Conditional Conv...
Microarray technology is a very powerful tool. In one experiment, it gives researchers information a...
Abstract—Microarray is one of the most promising tools available for researchers in the life science...
DNA microarray images contain spots that represent the gene expression of normal and cancer samples....
DNA microarray analysis has evolved as the best promising technique for discovering diseases or for ...
Microarray image gridding is one important step of microarray image analysis to determine 2D image c...
DNA microarray images consist of thousands of spots with weak intensity arranged in a matrix whose r...
Microarray is an efficacious tool used to detect, analyze and describe local features of the genome ...
DNA microarray image processing becomes a viable branch of bioinformatics, its importance stems from...
Motivation: DNA and protein microarrays have become an established leading-edge technology for large...
An important stage in microarray image analysis is gridding. Microarray image gridding is done to lo...
Image and statistical analysis are two important aspects of microarray technology. Of these, griddi...
Motivation: DNA microarrays are an experimental tech-nology which consists in arrays of thousands of...
A Deoxyribonucleic Acid (DNA) microarray is a collection of microscopic DNA spots attached to a soli...
DNA microarrays are one of the fastest-growing new technologies in the field of genetic research, an...