Microarray technology allows the simultaneous analysis of up to thousands of different genes in histological or cytological specimens. Although microarray technology has so far mainly been applied in the research setting, its clinical application in pathology is expected in the foreseeable future. This paper presents an overview of the technical 'ins and outs' of microarray technology, and discusses several putative applications in diagnostic pathology, which include tumour classification, the prediction of responses to certain chemotherapeutical or hormonal agents, the biological staging of tumours, the risk assessment of premalignant lesions, and the detection of microorganisms
Molecular diagnostics comprises a main analytical division in clinical laboratory diagnostics. The a...
1. Microarrays, a recent development, provide a revolutionary platform to analyse thousands of genes...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...
In the last five years the concept of using microarrays of biologic molecules to allow high-throughp...
Microarray technology transforms the study of functional genetics. The entire genomic activity of ce...
Cancer is a highly variable disease with multiple heterogeneous genetic and epigenetic changes. Func...
The excitement surrounding the development of DNA microarray analysis and proteomics has raised ques...
Just few years ago, molecular studies were performed by identifying and testing a single molecule an...
Tissue microarrays are a recent innovation in the field of pathology. They were originally designed ...
Microarrays have revolutionized molecular biology and medicine, with thollsands of hybridizations ru...
Genomics provided biomedical scientists an inventory of all genes and sequences present in a living ...
In this era of modern revolutionisation in the field of medical laboratory technology, everyone is a...
Microarray enables the study of thousands of genes simultaneously. While still in its infancy as a ...
The development of several gene expression profiling methods, such as comparative genomic hybridizat...
Microarray enables the study of thousands of genes simultaneously. While still in its\ud infancy as ...
Molecular diagnostics comprises a main analytical division in clinical laboratory diagnostics. The a...
1. Microarrays, a recent development, provide a revolutionary platform to analyse thousands of genes...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...
In the last five years the concept of using microarrays of biologic molecules to allow high-throughp...
Microarray technology transforms the study of functional genetics. The entire genomic activity of ce...
Cancer is a highly variable disease with multiple heterogeneous genetic and epigenetic changes. Func...
The excitement surrounding the development of DNA microarray analysis and proteomics has raised ques...
Just few years ago, molecular studies were performed by identifying and testing a single molecule an...
Tissue microarrays are a recent innovation in the field of pathology. They were originally designed ...
Microarrays have revolutionized molecular biology and medicine, with thollsands of hybridizations ru...
Genomics provided biomedical scientists an inventory of all genes and sequences present in a living ...
In this era of modern revolutionisation in the field of medical laboratory technology, everyone is a...
Microarray enables the study of thousands of genes simultaneously. While still in its infancy as a ...
The development of several gene expression profiling methods, such as comparative genomic hybridizat...
Microarray enables the study of thousands of genes simultaneously. While still in its\ud infancy as ...
Molecular diagnostics comprises a main analytical division in clinical laboratory diagnostics. The a...
1. Microarrays, a recent development, provide a revolutionary platform to analyse thousands of genes...
Abstract-Microarray technology has been advancing rapidly during the last decade. The development of...