Microarray data revealed changes in expression of 504 genes in DXR-treated hair follicles versus controls.
Microarray data revealed that deficiency of Cbl-b resulted in differential expression of genes involved in apoptosis evasion, tumor suppression and cell survival in UV-exposed skin.
Expression analysis using low temperature-treated whole-genome microarray data revealed variable transcript abundance of 1R/2R/3R/4R/5R-MYB genes in 11 clusters between two inbred lines of Chinese cabbage, Chiifu and Kenshin, which differ in cold tolerance.
The microarray data revealed high-level expression of genes known to be involved in parathyroid biology (PTH, VDR, CGA, CaSR, and GCM2).
CONCLUSIONS: Our microarray data revealed no global gene expression differences and identified few individual gene differences between endometrial cancers from Blacks and Whites.
qRT-PCR experiments and microarray data revealed that transcript levels for some OsEULs are upregulated after infection of rice with Xanthomonas oryzae pv.
Microarray data revealed deregulation of carbon (C) and nitrogen (N) metabolism causing a C/N shift; up-regulation of tetrapyrrole synthesis and down-regulation of chlorophyll synthesis and photosynthesis.
Analysis of microarray data revealed that GYRB3 expression is highest in the stamens and pollen.
Microarray data revealed that a numerous number of genes involved in cell wall modification increased in expression (Figure 5).
Moreover, microarray data revealed new insights into the underlying cAMP regulatory mechanisms that may help to identify potential pathogenicity factors for the development of new disease management strategies.
Interestingly, the microarray data revealed differentially expression of an arsenal of genes holding putative roles in oxidative stress response in E. faecalis (Table S1 and S4).
