The last decade provided biologists with wealth of DNA sequence information. This rich resource is now being utilized to create microarrays as a platform for investigating gene expression profiles as well as epigenetic DNA modifications and DNA-protein interactions on the genome-wide scale. An overview of the microarray technology and its applications in basic and applied life sciences will be presented as well as the statistical and bioinformatic approaches taken to analyze large amounts of quantitative information produced during a typical microarray experiment. © 2005, Institute of Oncology Sremste Kamenica
"The area of microarrays has evolved from genomics, and has been applied to proteomics and single ce...
At a time when the human genome has nearly been sequenced and the genomes of various organisms have ...
DNA microarray technologies have advanced rapidly and had a profound impact on examining gene expres...
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
International audienceThe Human Genome Project has allowed considerable progress in the construction...
Disclosures from the genome sequencing projects facilitated the development of novel techniques able...
The completion of whole genome sequencing projects has led to a rapid increase in the availability o...
Microarray technology transforms the study of functional genetics. The entire genomic activity of ce...
Genomics provided biomedical scientists an inventory of all genes and sequences present in a living ...
this paper gives an overview of DNA microarrays. a technology that involves binding thousands of ...
textabstractBioinformatics’ is one of the newest fields of biological research, and should be viewed...
The development of several gene expression profiling methods, such as comparative genomic hybridizat...
Knowledge in genomics and proteomics has exploded in the last two decades. This is in part due to ke...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...
"The area of microarrays has evolved from genomics, and has been applied to proteomics and single ce...
At a time when the human genome has nearly been sequenced and the genomes of various organisms have ...
DNA microarray technologies have advanced rapidly and had a profound impact on examining gene expres...
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
The last decade provided biologists with wealth of DNA sequence information. This rich resource is n...
International audienceThe Human Genome Project has allowed considerable progress in the construction...
Disclosures from the genome sequencing projects facilitated the development of novel techniques able...
The completion of whole genome sequencing projects has led to a rapid increase in the availability o...
Microarray technology transforms the study of functional genetics. The entire genomic activity of ce...
Genomics provided biomedical scientists an inventory of all genes and sequences present in a living ...
this paper gives an overview of DNA microarrays. a technology that involves binding thousands of ...
textabstractBioinformatics’ is one of the newest fields of biological research, and should be viewed...
The development of several gene expression profiling methods, such as comparative genomic hybridizat...
Knowledge in genomics and proteomics has exploded in the last two decades. This is in part due to ke...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...
"The area of microarrays has evolved from genomics, and has been applied to proteomics and single ce...
At a time when the human genome has nearly been sequenced and the genomes of various organisms have ...
DNA microarray technologies have advanced rapidly and had a profound impact on examining gene expres...