In this context, at least a dozen studies (reviewed in (Zlobec et al, 2012b)) have shown that tumour budding detected in the surgical resection specimen predicts the future development of LN positivity in these early T1 cancers.
Based on the experimental results, it was found that the tension strengths of test specimens predicted by the AISC-Code [Load and resistance factor design specification for structural steel buildings, Chicago, IL, 1999], which takes into account the shear lag effect, provide good correlation with the test results for most specimens.
The simulation of the mechanical tests of dimpled specimens predicted similar results to the experiments, in terms of mechanical properties and structural behaviour.
Since all molecular methods tended to split morphospecies, we decided to risk taxonomic lumping, and classified ELs as the most comprehensive grouping of specimens predicted by any of the five delimitation methods.
Summaries of the number of specimens predicted to belong to each habitat type were used to reconstruct the paleoenvironment.
Cultured B. aculeata DMg, calibrated from culture and core-top (live) field specimens, predicted temperatures within ±2.0 °C.
The maximum inclusion size in the critical volume of a specimen predicted by the extremal statistics is 7.9 μm.
Recasting the load vs. fatigue life relations experimentally obtained from single-spot-welded specimens, we predict the fatigue life of spot-welded specimens with a parameter denoted the equivalent stress intensity factor (Ke).
To determine whether histologic or molecular markers assessed in pretreatment curettage specimens predict nodal metastasis in endometrial cancer.
The proposed method is applied to 355 existing test specimens, to predict the shear strength of deep beams with and without web reinforcement.
