If we assume a uniform prior for the template distributions, then, p(T|x t)) is simply proportional to the likelihood value, so we can then assign a probability to each of the templates as a function of time.
The equilibrium dissociation constants (Kd,DNA) of wild-type pol ι and the Δ1 25 and R96G variants were estimated by fitting the fluorescence polarization values of fluorescein-labeled DNA substrates (18-FAM-mer primers annealed to unmodified 36-G-mer templates) as a function of the pol ι concentration to a quadratic equation (Table 8).
Metal ion (Au III) or Pd II)) loading on the TMV1Cys template was measured as a function of the equilibrium concentration of Au III) or Pd II) ions in solution at several temperatures.
Amplification efficiency, the fraction of template that gets replicated per PCR cycle, was measured by using 10-fold serial dilutions of a positive control PCR template and plotting CT as a function of log [13] concentration of template.
To study the alumina template pore size distribution as a function of Al thin film grain size distribution, porous alumina templates were prepared by anodizing sputtered aluminum thin films.
Synthetic test of detection performance of local similarity, template matching, and STA/LTA as a function of the median signal-to-noise ratio (SNR) of the array.
The level of statistical support, which was expressed as the mean value of robustness proportion for internal nodes observed in the template tree, was plotted as a function of the factors to be simulated (Figure 3).
A mixed-design ANOVA was performed to analyze 6 characteristics as a function of template type and age for Chinese external participants.
Software analysis yielded normalized, mean fluorescence intensity values of our camera phone images (see Materials and Methods), which we plotted as a function of template copy number.
Moreover, we show that the scale of the patterning directly influences the morphology of the deposit, and we describe the use of synchrotron-based microfocus X-ray diffraction, together with scanning electron microscopy, to probe the morphology of the materials deposited as a function of template hole size, down to features of dimensions 2 μm diameter × 1 μm deep.
