Over 200 germplasm selections, principally European and US breeding material, were used to estimate minor allele frequency (MAF) for each SNP.
Of 120 different CM materials identified, 21 (20 herbal materials and one animal material) were used in at least 5% of CM-using subjects with either improved or worse outcomes (Table 5).
Six fabric designs from the same fabric material were used.
Various ramp dips and four types of ramp material were used throughout the 12 experiments.
These composite material were used for the removal of chromium VI) from aqueous solution.
Various combinations of hydraulic conductivity of the riverbed or bank material were used.
Experiments using water as the heat transfer fluid and concrete as the storage material were used to validate the model.
Experimental results of tensile testing at different strain rates and different directions of the sheet material were used to determine fundamental constitutive parameters for both steel alloys.
Four types of experimental electrodes of chemical composition similar to base material were used, with varying compositions of Ni (2.8, 4.7, 6.8 and 9.8 wt%).
Determined surplus heat loads, the temperature difference of storage material and the physical characteristics of heat storage material were used for computation of construction characteristics and estimated cost for Heat Storage Units (HSU).
A Fourier series representation of the shear strain in the annular band and the complex modulus of the material were used to predict rolling resistance due to steady state rolling.
