Experimental design and the selection of animals and samples for microarray studies in farm animals present novel challenges, which are often overlooked.
Fig. 1 MicroRNA that exhibit altered pulmonary expression identified by microarray studies in experimental bronchopulmonary dysplasia.
Microarray studies in Arabidopsis thaliana (Hammond et al. 2003; Misson et al. 2005; Morcuende et al. 2007) and rice (Wasaki et al. 2003; Wang et al. 2006; Wasaki et al. 2006) have confirmed the Pi responsiveness of many gene families involved in Pi acquisition and P remobilization and redistribution.
Finally, we compared our findings with results from other microarray studies in resynthesized allopolyploids.
This criticism is derived from earlier microarray studies in which there was considerable variation between arrays as the result of the array fabrication processes.
Although expression levels of detoxifying enzymes are commonly thought of as constant until induced, microarray studies in several model species have suggested that several xenobiotic metabolizing (XM) genes are expressed in daily rhythms.
Much of the literature defining the bacterial state during NRP has been based on microarray studies, in which changes in mRNA levels in response to the implementation of stresses on cultured Mtb were monitored.
Conversely, AXUD1/CSRNP-1 has been shown to be down-regulated in microarray studies in a variety of tumors including lung, liver, colon and kidney cancers [18], intrahepatic cholangiocarcinomas [27], pancreatic tumors [28] and breast cancers [29].
To date, most microarray studies in rice have not focused on discovery of gene function per se, but instead have provided a profile of a particular organ, environmental response, or genetic background [25], [26], [28], [29].
The regulation of cdr2 mRNA levels is consistent with the results of two microarray studies, in human primary fibroblasts [17] and HeLa cells [16] that screened for cell cycle regulated transcripts.
Amongst putative N-Myc target genes in expression microarray studies in neuroblastoma we also found lif and three additional important embryonic stem cell (ESC -related factors that arESC -relatedproduction ofactors klf2, klf4, and lin28b.
