Yet despite the fact that we now have a much greater understanding of what the body is made of at a molecular level, we haven't seen the advances in medicine that had been hoped for.
At the molecular level, we found that LSD1 regulates osteogenesis-associated genes expression through its histone demethylase activity.
At a molecular level, we investigated the gene expression of key steroidogenic enzymes from the maternal ovary.
At the molecular level, we also revealed that the function of astrocyte-elevated gene-1 in promoting metastasis was associated with the activation of matrix metalloproteinase-9 expression.
Although ordinarily measured only on a molecular level, we have developed a new spectropolarimetric instrument, TreePol, that allows for both laboratory and in-the-field measurements.
In order to characterize the putative stem region at the molecular level, we designed two peptides, PS and PL, which were produced as GST fusion proteins in bacteria.
To test the functionality of transgenic miR132 at a molecular level, we examined the expression of MeCP2.
Furthermore, at the molecular level, we looked at the activation of STAT3, a major actor of the mammary gland involution [20].
To better understand these processes at the molecular level, we determined changes in gene expression in treated cells by microarray analysis.
At the molecular level we measured the expression of genes encoding claudin-1 and occludin proteins involved in intercellular tight junction assembly and maintenance in the intestine.
At the molecular level, we observed that 3 h hours after LPS treatment, a significant reduction of iNOS induction occurred in the spinal cord of TgA (figure 6B).
