Relationships between EUROQUEST scores and correspondent neuropsychological tests were assessed with Pearson's correlation coefficients.
Degradation tests were assessed to evaluate the mechanical and chemical stabilities of SCPP in vitro.
Statistical significance was set with an α-value of P<0.05, and underlying assumptions for validity of all tests were assessed.
Mechanical properties, thermogravimetric analysis, differential scanning calorimetry and biocompatibility (Neutral red uptake assay, Skin Sensitization and Irritation Tests) were assessed.
Within-day reliability of the US thickness measurements at supine lying and the two isometric endurance tests were assessed in all subjects.
Finally, the differences between dynamic confined and non-confined tests were assessed by the bone marrow influence and the cancellous bone response to different boundary conditions.
Pressure pain thresholds (PPTs) and pain provocation tests were assessed on 3 occasions: at baseline, after injection, and when pain had subsided.
To evaluate the flammability properties of the materials, limit oxygen index, smoke emission, tensile strength, and our exploitation 'dynamic flammability evaluation system' tests were assessed in experiments.
All tests were assessed in quadruplicate.
The null distribution and the statistical power of the proposed goodness-of-fit tests were assessed using simulated data.
Then, consistencies between in silico structural alerts, in vitro assays, and in vivo mammalian long-term reproduction studies and fish life-cycle tests were assessed.
