Based on our newly developed "Type one error method", it turned out in our study that even small deviations from the assumption of the absence of gene associations may imply sizable errors in the identification of clones.
For stable methods, it turns out that the roots of these polynomials are complex.
When combining s-methods with CART-methods, it turns out that the overfitted method s i z 1m CART O outperforms all other methods; however, the cross-validated method s i z 1m CART C shows a decrease in performance.
Looking closer at these methods, it turned out that, most of them produce a mixed state of normal and shear stress mainly due to unavoidable load eccentricities, and hence bending moments which occur either from the beginning or after some deformation of the specimen.
A method actor as it turns out.
Actuaries have been using the method for years, it turns out, but nobody noticed, in part because official documents usually describe it in language few can understand.
The main advantage of this evaluation method is that it turns the subjective tests in reproducible and objective evaluations.
We tried to obtain XylC complex structures with longer substrates (e.g. xylotriose) by co-crystallization and soaking methods, but it turned out that only xylobiose density was observed in the active site (results not shown).
The biological validation for the predicated results from our method is difficult, but it turns out that some of our predicted results had been reported in the public literature for validation.
