Life table analyses were used to calculate cumulative survival rate (standard errors) for specific time intervals.
Unreported sample sizes, response rates, standard errors and odds ratios were calculated using data reported in retrieved papers.
Tables 2, 3, 4, 5 show site-specific cancer incidence counts, age-adjusted rates, standard errors, rate ratios, and corresponding 95% confidence intervals, by race/ethnicity, educational attainment, family income, poverty status, employment status, employment sector, marital status, and rural/urban residence.
*Mean (Multigene, constant rate + Average-distance, constant rate) ± standard error (Multigene, constant rate).
This effect was caused by the very low parasitism rate observed on the R. padi host (0.24 ± 0.08: mean parasitism rate ± standard error), compared with a high parasitism rate observed on the A. pisum-alfalfa race (0.83 ± 0.03), the A. pisum-pea race (0.81 ± 0.03), and S. avenae (0.77 ± 0.03).
Furthermore, since slopes of data points in Fig. 2 represent the inverse of shear rate, we calculate the mean shear rate and standard error from linear regressions of the control data.
Mean recognition rate (±1 standard error) of famous faces used in the experimental scan was 93.1% (2.8), and recognition rate of famous faces used in the localizer scan was 77.5% (3.8).
Divergence rate ± standard error for IFNA and IFNW within clusters was calculated by using the Maximum Composite Likelihood method.
Line and shaded region represent mean turn rate and standard error due to counting statistics.
Black line and shaded region represent mean turn rate and standard error due to counting statistics.
Raw data for root length, calculated average length, growth rate and standard error values are presented in Additional file 1.
