The expression profile of proteoglycans in renal isografts was mostly similar to the expression profile in control kidneys except for changes in the glomerular and tubular BMs (Table 1).
Our previous expression profiling on exon-based microarrays of normal-control, IBM, and FSHD Mb and Mt samples indicated that these samples had mostly similar, myogenesis-specific expression profiles, although there were significant differences between the FSHD and control myogenic samples.
Thus, this study demonstrates that although gene expression is mostly similar between morphologically distinct types of neoplasia, differences in expression can be identified using expression array profiling, providing hope that this technology will provide profiles predicting cell behaviour in early breast disease.
Our study, besides being the first genome wide analysis of the effects of PRMT4 on gene expression and pre-mRNA splicing, strongly suggest that PRMT5 and PRMT4 have mostly similar molecular functions regulating gene expression at the transcriptional and post-transcriptional level.
Pathways are now mostly filled with genes of similar expression, which we consider to be the most indicative of a pathway's state.
The transient expression profiles were mostly similar for all the Gmubi promoters regardless of promoter strength.
SlSDG23 and SlSDG21 (Class I) have similar expression profiles, being mainly expressed in root, bud and fruit up to 3 cm, while SlSDG22 is mostly expressed in 2 cm fruit up to B stages.
Further, we find that the correlation can be mostly explained by shared evolutionary constraints, in particular related to similar expression levels.
It is obvious from Figure 2 that the expression levels of all tested proteins were mostly similar in the cells derived from healthy donors and cancer patients with increased reaction to RT.
Similar expression levels of p53 in various types of CMSs (mostly high grade sarcomas) were demonstrated in this study.
