Sentence examples for multiple molecular levels from inspiring English sources

Our data thus show that equal FNE protein abundance in male and females is the surprising outcome of complex regulation at multiple molecular levels.

Although these applications may be highly sensitive to the lack of probe coverage on this platform, the experiments are a demonstration of how microarrays can give insights into TE regulation at multiple molecular levels.

This real-time imaging study provides, for the first time, statistically significant data on simultaneous multiple molecular level changes to enable refinements and testing of models of the dynamics of mitochondria-mediated apoptosis.

Examining the dynamics of multiple molecular level processes in a large number of individual cells from the same live cell population under controlled stress allows the construction of statistically meaningful real-time temporal and spatial map of molecular processes necessary to gain deeper understanding of complex signal networks of cellular processes.

LifeLines DEEP is an example of a 'next-generation' population cohort study—in which multiple molecular data levels are combined with observational research methods.

Previous studies suggest that PTEN can be regulated at the transcriptional and post-translational levels through multiple molecular pathways [ 10- 12].

Magnesium could protect against vascular calcification via multiple molecular mechanisms, and decreased serum levels of magnesium are associated with vascular calcification, as revealed in both humans and in animal studies [ 1, 25– 27].

To the best of our knowledge, it is the first model that is able to relate the synergetic action of multiple enzymes to molecular level details such as the hydrogen bond network of a cellulose substrate.

However, our study provides evidence that AHK5 acts to integrate multiple H2O2-dependent processes at different molecular levels.

Overall, multiple lines of evidence at different molecular levels support that JAW1 is the most important prognostic marker for lymphoma.

The combination of these two modalities offers new opportunities for describing tissue physiopathology non-invasively at refined molecular levels and opens experimental molecular imaging to simultaneous detection of multiple molecular targets and activities ('multiplexing'multiplexing