The data obtained from the microarray studies provide further insight in gene expression during bovine embryonic development.
Microarray studies provide insight into cartilage aging but do not reveal the full transcriptomic phenotype of chondrocytes such as small noncoding RNAs, pseudogenes, and microRNAs.
Microarray studies provide simultaneously measurement of thousands of genes, having therefore been used to identify many differentially expressed genes and expression profiles in HNSCC.
Recent microarray studies provide further evidence for large changes in the pattern of gene expression across species and suggest that such changes have played roles in evolution (Enard, Khaitovich, et al. 2002; Cáceres et al. 2003; Preuss et al. 2004; Uddin et al. 2004).
In murine cells, a recent study of gene expression of a significant proportion of TRIM proteins and an additional microarray study provided some insight into the expression of this protein family in mouse [34], [35].
Indeed, the microarray study provided a wealth of information that allowed for hypothesis generation to earmark the switch from dysplasia to malignant transformation and the discovery of molecular events in lung cancer induced by exaggerated c-Raf activity (Figure 14).
The EST data obtained and submitted to the GenBank database as well as the transcriptional profiling from the microarray study provide sequence and differential gene expression information for hepatic genes in the pig.
Typically, the microarray cancer studies provide only a limited number of tissue samples from the specified classes of tumours or patients, whereas each tissue sample may contain the expression levels of thousands of genes.
Details of subjects included in the microarray studies are provided in Supplementary Table 1.
Microarray studies have provided valuable data on meiosis and related cellular processes in several species.
