DNA expression profiling using microarray technology has been applied to studies on the
molecular classification of lung cancers, pathogenetic alterations in gene expressions and …

The microarray technology allows simultaneous analysis of the global gene expression in
cells and tissues. In tumor diseases, important transcriptional changes of genes have been …

PURPOSE: cDNA microarray provided a powerful alternative, with an unprecedented view
scope, in monitoring gene expression levels, and led to the discovery of regulatory pathways …

Lung cancer is the leading cause of cancer worldwide. Despite recent advances in the
management of resected lung cancer tumors (ie, the use of adjuvant therapy) and more …

Despite new developments in molecular techniques and better knowledge on lung cancer
tumor biology, many genetic alterations associated with the development and progression of …

Background Lung cancer remains the world-wide leading cause of cancer morbidity and
mortality as a result of late presentation or diagnosis. Surgical resection could be curative for …

Future improvements in lung cancer survival are likely to come from delineating its putative
oncogenic pathways. The development of microarray technology to perform thousands of …

Background: Prognosis following a diagnosis of primary lung cancer is very poor and varies
significantly even after adjusting for known predictors. Inherent and acquired gene …

Functional genomics has emerged over the past 10 years as a novel technology to study
genetic alterations. Gene expression arrays are one genomic technique employed to …

BACKGROUND & OBJECTIVE: Lung cancer is a kind of disease with high incidence and
mortality, however its molecular mechanism is not clear yet. This study was designed to …