Sentence examples for samples as explained from inspiring English sources

"Samples", as explained in a previous post to UnsafeBits, is an amorphous term that generally covers not only malicious software and variants that are different on a binary level, but also the same software that has been compressed more commonly referred to as "packed"–in slightly different ways.

The MG63 osteoblast cells with a density of 104 cells/well were seeded onto the samples as explained already for MTT assay and cultured in the incubator at 37 °C and 5%% CO2.

The last step of the adaptation training procedure consists in a mximum a posteriori (MAP) [13] adaptation that further transforms the models already linearly adapted by CSMAPLR, modifying the estimation of the distributions having enough training samples, as explained in [32].

Note that G j,k,LE, where j, k, LE stand for the sensor number, sample number, and LE, respectively, is the Jacobian of the Gaussian vector g j,k,LE, and is used in the above linearized EKF measurement update equation to estimate A j, k, L E. To compute the rth update, robot j calculates the total estimate ( A j, r, P j, r ) after each robot has collected its own q samples as explained next.

A psc is computed by comparing the L values across the VD+ and VD− samples, as explained in the next sub-section.

Finally, we called SNPs for all 62 samples as explained below.

This kind of sampling, as explained in Materials and Methods and Document S1, is insensitive to most of the common mode frequency modulations.

We explored whether the species richness of soil fauna and microbial community evenness within the heterogeneous treatment was similar when sampling only one organic horizon thickness (7.5 cm only, i.e. the single depth sample as explained in Fig. 1) compared with sampling multiple organic horizon thicknesses (3, 7.5 and 12 cm combined, i.e. the mixed depth sample) from within the same treatment.

Without re-mapping, we called variants in each sample as explained below.

n i ⋆ depends on the proportion of heterozygous SNPs in the sample; as explained above, it is very close to n0∕6 for data set 1 and n0∕3 for data set 2. Therefore, the length of the flanking regions essentially acts as a constant scaling factor across all transitions and settings.

Table 1 Set of samples grown as explained in the text Sample Type Raw atmosphere A FGS 70% H2 + 30% CH4 B FGS H2 bubbling in C6H6 C FGS 70% H2 + 15% CH4 + 15%C2H44 D FS 70%H2+30%0% CH4 E FS H2 bubbling in C6H6 Samples A, B, and C are filaments grown on asubstrate and samples D and E flying seed type fibers.