Expression analysis demonstrated that SpSsp1 is highly expressed in all tested mycelial stages of S. parasitica.
Our results from the gene expression analysis demonstrated that F08F1.7 is probably expressed in several tissues in C. elegans, suggesting an important biological role.
Gene expression analysis demonstrated that YKL40 was highly expressed in metastatic PCa cells when compared with less invasive and normal prostate epithelial cell lines.
Our quantitative RT-PCR expression analysis demonstrates that CsACS2 mRNA is mainly expressed in female and hermaphrodite flowers (Figure 5).
Our gene expression analysis demonstrates that vasa, tudor, and boule are specifically expressed in PGCs beginning at the putative time of their specification at the embryonic posterior just prior to gastrulation.
Histological, immunohistological and gene expression analysis demonstrated that the PL-assembled constructs entrapping hASCs exhibited results similar to the positive control (hASCS cultured in pellets), concerning the levels of collagen II expression and immunolocalization of collagen type I and II and aggrecan.
Here, mRNA expression analysis demonstrates that HIF-1α gene expression was induced equally in the two adipose tissues (Fig. 6A).
Expression analysis demonstrated that both the AC-GFP and TFA-GFP nanoparticles were capable of promoting high levels of EGFP expression in the lens after intravitreal injection (Fig 2).
Taken together, the gene expression analysis demonstrated that G-2 cells and tumors display more similarities than differences in their gene expression program; the differences are mainly related to their different biological context.
Furthermore, microarray-based RNA expression analysis demonstrated that GFP-AR regulates (activation or repression) known endogenous AR-responsive genes in response to ligand, indicating the cellular machinery of HeLa readily supports AR transcription function (Supplementary Table S1).
Expression analysis demonstrated that expression levels were up-regulated from 46.9 to 91 FPKM (comp16336_c0_seq1).
