Characteristics of the study population Torino, 1 January 2003.

<p>A = GP and Specialist, with GCI; B = GP and Specialist, without GCI; C = GP and GCI, without Specialist; D = Only GP.</p

Rates ratios (RR) and 95% confidence intervals for mortality and for incidence of major cardiovascular events by level of care; 2003–2006.

<p>Rates ratios (RR) and 95% confidence intervals for mortality and for incidence of major cardiovascular events by level of care; 2003–2006.</p

Kaplan Meier survival curves of different mortality causes.

<p>Kaplan Meier survival curves of different mortality causes.</p

Number, age-standardized mortality and incidence rate (×1.000 person/year) and 95% confidence intervals for outcomes by level of care; 2003–2006.

<p>A = GP and Specialist, with GCI; B = GP and Specialist, without GCI; C = GP and GCI, without Specialist; D = Only GP.</p

Additional file 4: Figure SA3. of Did the English strategy reduce inequalities in health? A difference-in-difference analysis comparing England with three other European countries

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Additional file 3: Figure SA2. of Did the English strategy reduce inequalities in health? A difference-in-difference analysis comparing England with three other European countries

(JPG 891 kb

Source of ascertainment of people with diabetes and time windows used for exposure assessment and for follow-up.

<p>Source of ascertainment of people with diabetes and time windows used for exposure assessment and for follow-up.</p

Baseline distribution of subjects and deaths in each socioeconomic category stratified by cohort (Males).

<p>Baseline distribution of subjects and deaths in each socioeconomic category stratified by cohort (Males).</p

Meta-analysis of the association between father’s job and mortality (Males).

<p>Meta-analysis of the association between father’s job and mortality (Males).</p