Each time its death is predicted or assumed, painting rises again.
Risk of death is predicted by various factors apart from age, such as the pathogen and the time it takes for the pathogen to be cleared from the cerebrospinal fluid, the severity of the generalized illness, a decreased level of consciousness or an abnormally low count of white blood cells in the CSF.
For example, when Chicago and New York experience unusually hot summertime temperatures, elevated levels of illness and death are predicted.
There is evidence for death being predicted by cognitive impairment 7 8 and weight loss.
In univariate logistic regression, increased probability of death was predicted by older age, presence of underlying illness, and lower Ct (Table 2).
Drug related premature death was predicted by male gender, the use of opiates or barbiturates and depression and anxiety disorders at first admission.
For each distinct value of mitotic count and size, the pairs of 'true positives' (number of patients for whom death was predicted and who died) and 'false positives' (number of patients for whom death was predicted and who survived) are displayed [ 11].
Death was predicted to occur in 'less than a year' from the 'highly malignant brain tumour', and death or poor neurological outcome from the cardiac arrest is also predicted [ 16, 17].
Death was predicted by serum creatinine level at biopsy (hazard ratio, 1.12; 95% CI, 1.09-1.16; P < 0.001) and age (hazard ratio, 1.05; 95% CI, 1.04-1.07; P < 0.001), but not by any histologic variable examined.
The method presented in this article could therefore serve as an extension or antecedent of several predictive models for COPD reported in the literature [ 37– 39], in which disease progression and death are predicted based on, among other factors, smoking status.
Due to the expected economic growth in low and middle-income countries, globally by 2030, the four leading causes of death are predicted to be ischeamic heart disease, cerebrovascuar diseases (stroke), chronic obstructive pulmonary disease (COPD), and lower respiratory infections (mainly pneumonia)[ 9]; environmental exposures contribute significantly to these diseases.
