Sentence examples for I hazard for from inspiring English sources

The criterion validity of the study-defined delirium algorithm was tested in two ways: (i) hazard for mortality and (ii) odds of a new diagnosis of dementia at two year follow-up.

The business model, at least for legal education and I hazard to hypothesize for liberal arts education (of which legal education is a culmination), is not sustainable.

For this reason, our Bayesian model is currently restricted to joint models for which the longitudinal process is specified by a linear mixed-effects model, so that m i (t)=β11+β12 t+ U1 i + U2 i t while the hazard for the time-to-event process is modelled using a constant baseline hazard.

They mentioned materials (cement), texture (roughcast), style (no "frog" or trough for mortar), size (about six inches I had hazarded, for the first time in my life underestimating: it was nine inches), but they indulged in a bit of free association too.

The observed hazard of the ith subject of the relative group can be decomposed in the multiplication of two hazards [ 18, 20] (1) h o (t i | z i ) = h e (t i | z i e ) h r (t i | z i r ) where h e (t i | z i e ) is the expected hazard for an individual in the reference group with similar characteristics to the ith individual.

The risk score is related to the hazard because the latter is calculated by multiplying the exponential of the risk score (i.e. eΣβx) by the baseline hazard estimate (i.e. the hazard for a patient with all covariate values set to 0 or the reference value).

For example: (7) Where se i,j is the variance of the log hazard ratio comparing arm i to arm j and se i is the standard error of the log hazard for arm i.

COPD severity was found to be associated with exacerbation and subsequent mortality (very severe vs. mild, odds ratio for exacerbation 2.12 [95%CI 19.5 2.32]), hazard ratio for mortality 2.14 [95%CI 1.59 2.88]).

The position failure is a feared event for the user, i.e. an hazard for the safety-related railway application.

Illustrating the PWLM approach, this paper demonstrates the concrete use of scientific knowledge (i.e. flood hazard) for local planners to design climate change action.

These new models make it possible to estimate (i) the hazard function for each type of pre-specified event, including the recurrence-free excess death hazard function, (ii) changes over time in their ratio, and (iii) the effect of covariates on the hazard of each event, including the excess death event.