1. Death (all cause and CVD death) 2. CVD event (MI or Stroke) 3. Health care resource use and costs.

1. Describe patients' demographics and clinical characteristics 2. Assess rate of CV event (MI and stroke), CV mortality and all cause mortality 3. Assess rate of CV events (MI and stroke), CV mortality and all cause mortality in patients having at least 24 months and 36 months without MI, respectively 4. Assess the impact of additional atherothrombotic risk factors 5. Describe treatment patterns 6. Evaluate healthcare resource use and costs 7. Assess predictors of new CV events (MI and stroke), CV mortality and all cause mortality

1. Describe patients' demographics and clinical characteristics 2. Assess rate of CV event (MI and stroke), CV mortality and all cause mortality 3. Assess rate of CV events (MI and stroke), CV mortality and all cause mortality in patients having at least 24 months and 36 months without MI, respectively 4. Assess the impact of additional atherothrombotic risk factors 5. Describe treatment patterns 6. Evaluate healthcare resource use and costs 7. Assess predictors of new CV events (MI and stroke), CV mortality and all cause mortality

1. Assess rate of other CVD events (including heart failure, atrial fibrillation, angina pectoris) 2. Assess prevalence and rate of (major) organ specific bleedings (recorded diagnose in hospital) 3. Describe patients/proportions of patients with increased bleeding risk (history of previous bleedings, age, anti-thrombotic treatment etc) 4. Assess the prevalence of major co-morbidities in this population: (e.g. bradycardia, insertion of pacemaker, acute liver and renal failure) 5. To describe the death rate for the most common cause of deaths in the study population relative to the standardized death rate in the Swedish population and calculate the standardised mortality ratio