Assessing expression levels by randomly sequencing reads from the transcriptome, one expects that some high abundance transcripts can dominate results, such as certain housekeeping genes (e.g. actin, ubiquitin, etc)., or genes abundant in specific cell types or tissues such as secretory proteins or myosin.
In a first attempt to provide insight into possible mechanisms underlying the enhancement of hippocampal precursor cell proliferation by Th17 cell-secreted cytokines, we assessed expression levels of mRNAs encoding relevant cytokine receptors in the neurogenic niche.
To quantify SAE expression of homologous gene families in healthy nonsmokers, we identified all gene pairs with ≥ 90% sequence identity and assessed expression level by RNA-Seq in healthy nonsmokers.
Since NO is the product of iNOS catalytic activity, the next step was to assess expression level of iNOS by Western blot and immunofluorescence labeling and 3(c)).
The growth of cells was evaluated by staining with α-Sarcomeric actin (α-SCA) and Troponin T type 2 (TNNT2), and the viability of cardiomyocytes was studied in vitro by assessing the expression levels of several cardiac ion channels, including CACNL1A1, Connexin 43 and SCN5A.
These questions can be answered by assessing the expression levels (as indicated by RNAseq data, see further details in next section) of genes encoding proteins predicted to have surface location, thus allowing us to compare the surface protein composition from both African parasites.
Importantly, by assessing the expression level of α-sarcoglycan (determined by immunostaining) the KO-Sgca, low, medium and WT mice could be clearly distinguished.
Thus, in this study, we aimed to evaluate whether targeting the EGFR tyrosine kinase may have a therapeutic effect against EC, by accurately assessing the expression levels of EGFR in cancer cells.
We find that loss of 5mC from all functional sequence features except nonpromoter CGIs is associated with transcriptional activation in the early embryo, as assessed by expression levels and functional enrichment.
