The case of PCBs is particularly important and revealing because it concerns a subject that may be considered boring and outdated because so much research has been done on PCBs in the last decades.
That risk is hard to measure, in part because so much research has focused on clinical populations — people who sought help or acted out because they were troubled, had attempted suicide or professed suicidal tendencies.
Because of the global importance of mosquitoes, much research has focused on the molecular basis of susceptibility and resistance to insecticides and pathogens [33], [34], [35].
In particular, much research has focused on the ErbB2 oncogene, because this gene is frequently overexpressed in breast tumours and is associated with a poorer prognosis.
Because it is challenging to dope Cu2O to make it n-type, much research has been focused on heterojunction architectures, namely Cu2O/ZnO.
This is important, because although much prior research has examined the prognostic utility of factors in predicting disability outcomes after acute LBP[ 9], no prior study has examined the role of acute pain variability on the transition to chronic back-related disability.
Because much research is funded with taxpayer dollars, many thought that it was valuable to inform people about how that money had been used.
Thus far, effective research regarding natural compound is attaining much, but research has scarcely been able to demonstrate a feasible effect because compound interacts with certain proteins.
Because premature deliveries and low birth weights account for two-thirds of infant deaths, much recent research has focused on the causes of early labor.
