G. F. Todd has written: 'Social class variations in cigarette smoking and in mortality from associated diseases' -- subject(s): Mortality, Smoking, Social classes 'Cohort analysis of cigarette smoking and mortality from four associated diseases' 'The reliability of statements about smoking habits' 'Changes in smoking patterns in the U.K' -- subject(s): Smoking
Cigarette smoking lowers HDL cholesterol, as does malnutrition and obesity
Samuel H. Preston has written: 'Mortality patterns in national populations' -- subject(s): Mortality, Vital Statistics 'Older male mortality and cigarette smoking' -- subject(s): Causes, Death, Men, Mortality, Smoking, Statistics 'Fatal years' -- subject(s): Children, History, Mortality
Obesity and smoking both have significant negative impacts on overall health and longevity. Obesity is linked to various health issues such as heart disease, diabetes, and certain cancers, while smoking is a major risk factor for lung cancer, heart disease, and respiratory problems. Both can reduce life expectancy and quality of life. It is important to address both obesity and smoking to improve overall health outcomes.
Smoking
Smoking is linked to serious health risks like lung cancer, heart disease, and respiratory issues. Obesity can lead to conditions such as diabetes, heart disease, and high blood pressure. Both smoking and obesity increase the risk of premature death and can have negative impacts on overall health.
It affects your lungs and that way it will make it harder for you to excercise.
Smoking, Obesity and Alcohol are the big ones.
i would have to say smoking because it permanently damages your lungs and heart which will lead to early death, although obesity is bad and can also lead to early death, you can lose weight and eat healthy which will reduce the risks of early death
smoking, obesity, hypertension are the most common causes for kidney tumor.
High blood pressure, high blood cholesterol, Diabetes, Obesity, smoking, age, stress, and even heredity.
seven years Seven years after quitting smoking, the overall mortality curve of a former smoker levels out to be equal to (to have the same slope as) a lifetime non-smoker. This is actually somewhat misleading. Many people will read this statement and think "Seven years after I quit smoking my mortality will be the same as if I never smoked." Absolutely not true. The slopes of the mortality curves are equal after 7 years, but the former smoker is going to have a higher mortality. It would be good to have a picture here. The smokers' curve is going to be higher at every age due to the damage done to the lungs. If you plot mortality on the Y axis and age on the X axis, you will have two parallel lines, with the smoker curve on top, showing a higher mortality at every age.