ArrayExpress Uploaderarrayexpress_sidhumancolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomacolorectal carcinomanormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormalnormal379304In order to identify potential genes that may play an important role in progression of colorectal carcinoma, we screened and validated...E-GEOD-23878/profile/8773/arrayexpressuploader159cancercarcinomacolorectal cancerDec.12, 2014FalseE-GEOD-23878_A-AFFY-44transcription-profling-of-colorectal-carcinoma-inTranscription profling of colorectal carcinoma in order to identify potential key gene expressionSep.15, 2014In order to identify potential genes that may play an important role in progression of colorectal carcinoma, we screened and validated the global gene expression using cDNA expression array on 36 CRC tissues and compared with 24 non-cancerous colorectal tissue. We investigated the differential expression levels using cDNA microarray technique in a series of 35 CRC and 24 normal samples. FoxM1 was identified as one of the dysregulated genes and was significantly overexpressed in the tumor samples in comparison to the normal samples. 35 colorectal cancer samples versus 24 normal samples.http://www.ebi.ac.uk/arrayexpress/experiments/E-GEOD-23878http://www.ebi.ac.uk/arrayexpress/experiments/E-GEOD-23878/samples/