Sentence examples for method predicted that from inspiring English sources

Numerical calculation using the discrete element method predicted that the transport of particles is successful if the gravity is less than 0.02-G.

Our CSIDOP method predicted that it is also involved in ATP binding (GO 0005524), hydrolase activity (GO 0016787), nucleotide binding (GO 0000166), and nucleoside_triphosphatase activity (GO 0017111), all of which can be verified in InterPro [34].

In contrast, our method predicted that the M. robertsii secretome accounts for 3.7% of the complete proteome (Additional file 3).

Of the nine unmatched samples, our method predicted that eight were cross-contaminated at ratios between 1 6 and 1 1.

Further analysis of the OmbB/OmbC amino acid sequence with the Hidden Markov Model method predicted that they were porin-like, beta-barrel outer membrane proteins with 20 trans-outer membrane motifs (Fig.  S1) (Bagos et al., 2004a, b; White et al., 2013).

This method predicted that the N-termini of SCR+ and SCR have distinct biochemical structures; where the SCR+ N-terminal encodes a short, α-helical region spanning part of the octapeptide and LASCY motif, the same region in SCR encodes a longer, α-helical region spanning both motifs entirely.

Another reason maybe that the ITU-R extrapolation method predicts that same rain attenuation will be predicted for two regions with different rainfall rate regimes but similar values of A0.01. Figure 5 Comparison between measured and predicted rain attenuation in Malaysia.

As seen in figure 1, the method predicts that TFs typically co-operate with several different TFs to regulate the downstream target gene(s).

Sequence analysis and fold recognition methods predicted that M. tuberculosis GpgS should possess a GT-A like fold [25], and it shared a low sequence homology to the spore-coat forming protein SpSA from Bacillus subtilis [26], an inverting transferase belonging to the GT2 family.

In addition, the single-frequency excitation method predicts that the lower vibration mode is more likely to be excited, whereas the multi-frequency excitation method predicts that the higher vibration mode is more likely to fall into an unstable zone.

The method predicts that the oscillation intervals are finite in radius and their sizes are determined uniquely by the two quantum numbers n and ℓ.