This manuscript sought to meet the challenge associated with identifying an early functional state of disability by improving instrument calibration.
Exploiting these chemistries, this manuscript sought to understand how the molecular weight and (non)stoichiometric reaction of the precursor molecules could be used to control the final material mechanical properties.
Our third set of experiments, which form the basis of this manuscript, seek to examine the mechanisms initiating and maintaining the long-term gene expression changes following fetal alcohol exposure (FAE).
This is because the primary question our manuscript seeks to address is how deleterious mutations can shape patterns of influenza's antigenic evolution.
The current manuscript sought to extend this work by testing whether Pavlovian extinction (experiment 1) is less effective at abolishing the PIT effect produced by drug cues than discriminative extinction training (experiment 2).
Finally, this manuscript also sought to present a practical measure to account for social dimensions and their relevance to the general assessment of ES.
In this manuscript, we sought to confirm the finding in clinically meaningful substrates and then unravel the mechanism behind it.
While a deep analysis of the differentially expressed genes is beyond the scope of this manuscript, we sought to understand whether the novel differentially expressed genes discovered by RECLU are of biological relevance.
In this manuscript, we have sought to address three questions: First, which class of disease genes is most targeted by miRNAs?
