The STAREE study will examine whether treatment with statin (atorvastatin 40mg) compared with placebo will prolong disability free survival and reduce major cardiovascular events amongst healthy elderly people (≥70 years).
Statin therapy has been shown to reduce the risk of vascular events in younger individuals with manifest atherosclerotic disease or at high risk of vascular events. However, data derived from meta-analyses of existing trials suggests that the efficacy of statins may decline sharply amongst those over 70-75 years of age. Insufficient patients of this age group have been included in major trials to be certain of the benefit. Within this age group part of the benefit of statin therapy may be offset by adverse effects including myopathy, development of diabetes, cancer and cognitive impairment, all of which are more prevalent in the elderly in any event. The use of statins in the over 70 age group raises fundamental questions about the purpose of preventive drug therapy in this age group. When a preventive agent is used in the context of competing mortality, polypharmacy and a higher incidence of adverse effects its use should be justified by an improvement in quality of life or some other composite measure that demonstrates that the benefit outweighs other factors. STAREE will determine whether taking daily statin therapy (40 mg atorvastatin) will extend the length of a disability-free life, determined from survival outside permanent residential care, in healthy participants aged 70 years and above.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
QUADRUPLE
Enrollment
9,971
Atorvastatin 20 mg tablet
Inactive pill manufactured to mimic Atorvastatin 20 mg tablet
Tasmania
Hobart, Tasmania, Australia
Victoria
Melbourne, Victoria, Australia
South Australia
Adelaide, Western Australia, Australia
Queensland
Brisbane, Australia
New South Wales
Disability free survival - death or development of dementia or development of persistent physical disability
Defined as survival free of dementia or persistent physical disability (as derived from the endpoints of all-cause mortality, dementia and physical disability)
Time frame: Time from randomisation to a primary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Major cardiovascular events
Defined as the first occurrence of a cardiovascular death or a non-fatal myocardial infarction or stroke or coronary revascularisation
Time frame: Time from randomisation to a primary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
A composite of cardiovascular death, non-fatal myocardial infarction or non-fatal stroke
A composite of cardiovascular death, non-fatal myocardial infarction or non-fatal stroke
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Cardiovascular death
Fatal cardiovascular events
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Fatal and Non-fatal Mycocardial infarction
Fatal and non-fatal
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Hospitalisations
Hospitalisation reasons and length of stay
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Newcastle, Australia
Western Australia
Perth, Australia
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Fatal and Non-fatal Cancer
Fatal and Non-fatal Cancer (excluding non-melanoma skin cancer)
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Other cognitive impairment
Cognitive decline as assessed using cognitive tests excluding depression
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Quality of life measured by the Short Form Health Survey (SF-36)
Quality of life (measured by the Short Form Health Survey (SF-36) administered at every second year of follow-up).
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Cost-effectiveness of statin
Cost-effectiveness of statin
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Fatal and Non-fatal Stroke
Fatal and Non-fatal Stroke can be a) haemorrhagic or b) thromboembolic
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Approved need for permanent residential care
ACAS report
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Dementia
All-cause dementia (COWAT, Stroop test, Trail Making Test, HVLT-R, SDMT, ADAS-Cog, Lurian overlapping figures) or external diagnosis
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Persistent physical disability
KATZ-ADL administered every 6 months or external diagnosis
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
All cause death
All cause death
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Heart failure
Heart failure
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Atrial fibrillation
Atrial fibrillation
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.
Revascularisation procedure
Revascularisation procedure including coronary revascularisation
Time frame: Time from randomisation to a secondary endpoint or censoring at the end of study follow-up which is anticipated to be an average 6 years.