As described in Materials and Methods, MAb 16A11 was used to visualize the population profile of each sample, as well as to estimate the number of detected MRP3 molecules per cell surface, under conditions assuming 1 1 stoichiometry between antibody molecule and antigen, an assumption verified by comparison to standard Scatchard analysis with radioligand in the EGFRwt-EGF system [ 8].
The mean diversities of the faecal coliform populations of each sampling occasion post weaning are presented as a percentage of each group mean value on the day of weaning.
The mean diversities of the faecal coliform populations of each sampling occasion post weaning are presented as a percentage of the mean values obtained within group at the day of weaning (Fig. 1).
Other data including the population of each trial, sample size of the trial and patients with severe sepsis, and resuscitation endpoints were extracted.
We initially described the basic statistics for the population genetics of each sampling site and locus.
The frequencies of their dermatoglyphic variables were calculated using the population size of each population sample.
Rather, it was our goal to analyze the two samples of RCT manuscripts separately, and to make likely conclusions about the parent population from each sample of manuscripts as if there was no other sample of manuscripts available for comparison.
In all subjects, about half (44 59%) of the baseline viral population consisted of a single dominant R5 V3 form; the three most common baseline forms accounted for the majority (86 93%) of the population in each sample (Fig. 2).
The expanded AML blasts were analyzed using FACS and more than 90% of cell population from each sample were found to express the IL-3 receptor-α chain (CD123), a distinctive marker for human AML stem cells (Supplementary Figure 1).
In this way, the values p α ( t, X ), α = 1, …, P of the probability density function of population α at each sample point X of the phase space are the solutions of P ODEs where the independent variable is the time.
