The models demonstrated that grain break-up resulted from the surface tension of the transverse LAGBs.
Preclinical models demonstrated that imatinib (Im) regulates angiogenesis through PDGFR inhibition and enhances efficacy of chemotherapy.
Generalized linear models demonstrated that the species richness and frequencies of some bryophyte functional groups were related to patch size.
Multi-level models demonstrated that adult social roles were linked to alcohol use at the within- and between-person levels.
Finally, comparison of computed results obtained from the developed model and the existing models demonstrated that the proposed model was more accurate than the existing models.
Our computational models demonstrated that cortical bone, although being very thin, plays a major role in the mechanical competence of the bone implant construct.
Genetically engineered mouse models demonstrated that HAI-1 is critical for epidermal function, possibly through direct and indirect regulation of cell surface proteases, such as matriptase and prostasin.
Further testing of the models demonstrated that the 2-level models were as effective as the 5-level ones, which reduced the calibration sample number to 50.
Preclinical research using rodent models demonstrated that estrogens play neuroprotective effects if they are administered during a critical period near the time of cessation of ovarian function.
Computer models demonstrated that meltdowns were very unlikely.
Sequential logistic regression models demonstrated that health lifestyle accounted for the largest portion of the racial/ethnic gap in hypertension, and depression had little mediating influence.
