Table 10 lists the normalized material ratings for this biomaterials selection problem.
For this purpose, a new parameter of surface topography is defined as the normalized material volume displaced around the nominal contact zone, calculated by integration of the local residual height (positive or negative) over a centered circular ring.
Normalized material was re-amplified for 18 cycles.
Normalized material was re-amplified, digested (SfiI), size-selected (>800 bp, LMP agarose), purified (Qiagen, Hilden, Germany) and ligated to pDNR-lib vector (Clontech, Saint-Germain-en-Laye, France) using the Fast Ligation Kit (New England Biolabs, Ipswich, MA, USA).
The obtained γ-surfaces for the same group of crystals are found to have similar shape and height when normalized by materials parameters, indicating homologous nature.
The spectra were vector normalized (see Materials and Methods) to ensure minimal error that is potentially introduced via normalization to an arbitrarily chosen band, e.g., 633 cm−1.
To compare the measured and the predicted transport currents the Isat – IX values, obtained from the transport-associated currents, were normalized (see Materials and Methods) and plotted as a function of voltage (open symbols, Fig. 5C).
All enrichments are calculated over input and normalized (see 'Materials and methods').
The gene-level data was normalized (see Materials and methods), followed by a pair-wise t-test with ν and ω as the summary statistic (equations 6 and 7).
The deviations of normalized interval material ratings are collected in Table 11.
