The phrase "allow a significantly" is not complete and lacks context, making it difficult to determine its correctness in written English.
It could be used in contexts where permission or capability is being discussed, particularly in relation to something that is considerable or substantial.
Example: "The new policy will allow a significantly improved workflow for the team."
Alternatives: "permit a considerable" or "enable a substantial".
Hence, our approach promises to allow a significantly more widespread development and practical deployment of CBR systems in a large variety of application domains including many medical applications.
In the present study only one assay had a high nil control response as defined by the manufacturer's latest guidelines for test interpretation that allow a significantly higher background (nil control) response of up to 8 IU/ml.
However, it has been demonstrated that it does not allow a significantly higher detection rate than histopathologic examination of HE-stained sections (Woolgar, 1999; Hamakawa et al, 2000b).
In conclusion, the presence of high levels of both CD8+ T cells and CD4+ T cells is a significant indicator of a better prognosis for patients with NSCLC, and cooperation between these cell populations may allow a significantly more potent antitumour response than either population alone.
It does this using thin-film solar modules in a glass-foil laminate, and an innovative copper tape wiring system, which allows a significantly higher amount of modules to be interconnected in one string.
The reduced drainage path allows a significantly faster resaturation procedure of initially unsaturated samples compared to conventional full cylindrical samples.
The use of mannitol in the formulation allowed a significantly lower moisture content than trehalose and lactose.
The retrospective nature allows a significantly large cohort populated with the disease or outcome of interest to be reasonably identified.
Knowledge of these variables allowed a significantly more resistant HPMC matrix to be designed which provided extended release for >16 h in 0.9 M sucrose.
The results showed that the original use of a double helical ribbon in digester allowed a significantly faster dispersion of fresh substrate than the use of a classical Rushton turbine, leading to a 50% higher methane production rate.
It is found that a fine tuning of the parameters for bulk materials allows a significantly better description of the order disorder transition, as predicted by Metropolis Monte Carlo simulations.
