<p>Upper panel: Comparison of the observed hazard with standard deviation to the TSCE and ERR models. Lower panel: with and without reduction of clonal growth after age 55.</p
<p>Model 1: Adjusted for birth cohort; Model 2: Adjusted for birth cohort and height z-score at base...
<p><b> and mutation rate </b><b><i>M</i></b><b>.</b> Dashed decreasing lines represent survivorship ...
<p>Hazard ratios (HRs with confidence intervals) of development of CD or UC according to body mass i...
<p>Cause-specific hazard ratio of cervical cancer from age 61 to age 80 comparing women screened and...
OBJECTIVE: To determine if introducing age as another explanatory variable in an ecological regressi...
<p>In both panels, the solid line refers to the mechanistic model while the empirical model is shown...
<p>Cox’s Proprtional Hazard values pertain to the univariate analysis for age and to the multivariat...
<p>MLE (95% CI in brackets) of the excess relative risk (ERR) and the excess absolute risk (EAR) per...
<p>Age was evaluated as a continuous variable.</p><p>Cox proportional hazard model for clinical samp...
<p>Excludes those who ever smoked at baseline, those with a history of cardiovascular disease at bas...
Instantaneous growth rate as inferred from the Bayesian P-spline models fit to data for each age gro...
(a) Observed hazard rate data (blue) from Barbi and colleagues [1], fitted by log-linear hazard rate...
<p>Thin lines correspond to the final, non nested models, numbered according to Fig. A1 in <a href="...
Analysis of age-specific trajectories of cancer incidence rates for all sites combined (data source:...
<p><b>of the TSCE model as a function of annual exposure rate </b><b>from </b><a href="http://www.pl...
<p>Model 1: Adjusted for birth cohort; Model 2: Adjusted for birth cohort and height z-score at base...
<p><b> and mutation rate </b><b><i>M</i></b><b>.</b> Dashed decreasing lines represent survivorship ...
<p>Hazard ratios (HRs with confidence intervals) of development of CD or UC according to body mass i...
<p>Cause-specific hazard ratio of cervical cancer from age 61 to age 80 comparing women screened and...
OBJECTIVE: To determine if introducing age as another explanatory variable in an ecological regressi...
<p>In both panels, the solid line refers to the mechanistic model while the empirical model is shown...
<p>Cox’s Proprtional Hazard values pertain to the univariate analysis for age and to the multivariat...
<p>MLE (95% CI in brackets) of the excess relative risk (ERR) and the excess absolute risk (EAR) per...
<p>Age was evaluated as a continuous variable.</p><p>Cox proportional hazard model for clinical samp...
<p>Excludes those who ever smoked at baseline, those with a history of cardiovascular disease at bas...
Instantaneous growth rate as inferred from the Bayesian P-spline models fit to data for each age gro...
(a) Observed hazard rate data (blue) from Barbi and colleagues [1], fitted by log-linear hazard rate...
<p>Thin lines correspond to the final, non nested models, numbered according to Fig. A1 in <a href="...
Analysis of age-specific trajectories of cancer incidence rates for all sites combined (data source:...
<p><b>of the TSCE model as a function of annual exposure rate </b><b>from </b><a href="http://www.pl...
<p>Model 1: Adjusted for birth cohort; Model 2: Adjusted for birth cohort and height z-score at base...
<p><b> and mutation rate </b><b><i>M</i></b><b>.</b> Dashed decreasing lines represent survivorship ...
<p>Hazard ratios (HRs with confidence intervals) of development of CD or UC according to body mass i...
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