Sentence examples for methods permitted a from inspiring English sources

Our findings demonstrated that gene duplication constitutes an important evolutionary force in Leishmania, acting on protein families that mediate host-parasite interactions, such as amastins, GP63 metallopeptidases, cathepsin L-like proteases, and our methods permitted a deeper analysis of their phylogenetic relationships.

However, here we use recent downscaled high-resolution estimates of LGM climate parameters (see Materials and Methods), permitting a more detailed picture of LGM environments.

Our choice of methods permits a diverse set of criteria for estimating species trees to be evaluated, and the conceptual differences in the underlying methods enable some differentiation in behavior across methods.

A combination of organic solvents, detergents and alkali in the DNA extraction method permitted a detection limit of 10 cfu ml−1 milk for both the pathogens.

However, although their proposed method permitted a statistical gain in time to analyze the density compared with the previous technology (<30 s versus 10 minutes), software analysis was required which would be too difficult at the bedside to allow its real-time application.

Molecular methods permit an objective means to establish and secure a diagnosis.

Thus, our methods permit an advanced analysis of increasingly complex Markov chain models in population genetics, without giving up their space and time discrete structure.

These methods permit an evaluation of differences in variables without the risk of problems with mass significance and need for normal distribution of data or strict independence among variables as in conventional statistics.

The method permits a formal error analysis that agrees with numerical results.

This method permits a cost-effective, large-scale production of silicon nanoparticles with production rates of up to a few 10 g/h.

In addition, this new method permits a single formulation to be obtained from the MDFpPC schemes independently of the parity of the number of steps, which facilitates the design of a computational algorithm thus permitting improved implementation in a computer.