OBJECTIVE: to investigate social inequalities in cancer mortality from 1975 through 1990 among men and women in France. METHODS: A sample, that included census data for approximately 1% of the French population, has been followed for mortality from 1975 to 1990. Causes of death were obtained through a record-linkage with the French national cause-of-death file. The analysis was restricted to those aged 35:59 in 1975 and included 61,876 men and 65,291 women. Occupational class, coded according to the social class scheme of Erikson, Goldthorpe and Portecarero in 7 categories, and educational level (in 4 categories) in 1975 have been studied. The analysis has been conducted for 15 cancer sites among men and 13 among women. Analysis used a Cox proportional hazards model. RESULTS: For educational level, inequalities among men were more pronounced for cancers of the pharynx Relative Risk (RR) lowest versus highest educational level=9.2, 95% Confidence Interval (CI) 2.9-29.1, larynx (RR=6.2, CI=3.0:12.6), oral cavity (RR=2.7, CI=1.3-5.3), lung (RR=3.5, CI=2.5-4.8), esophagus (RR=3.1, CI=1.9-5.2), stomach (RR=2.5, CI=1.2-5.3) and rectum (RR=3.4, CI=1.2-9.6). No association between educational level and cancer mortality was observed for cancers of either the colon or lymphatic and hematopoietic tissue. Social inequalities were less pronounced among women but nevertheless observed for cancer of the uterus (RR=1.9, CI=1.0-3.6), stomach (RR=4.1, CI=1.0-17.1) and lung (RR=1.6, CI=0.7-3.7). No associations were found for mortality from breast or ovarian cancers. Results were similar when socioeconomic status was measured by occupational class. CONCLUSION: The analysis showed substantial inequalities in cancer mortality in France, with large differences according to cancer site.
OBJECTIVE: to investigate social inequalities in cancer mortality from 1975 through 1990 among men and women in France. METHODS: A sample, that included census data for approximately 1% of the French population, has been followed for mortality from 1975 to 1990. Causes of death were obtained through a record-linkage with the French national cause-of-death file. The analysis was restricted to those aged 35:59 in 1975 and included 61,876 men and 65,291 women. Occupational class, coded according to the social class scheme of Erikson, Goldthorpe and Portecarero in 7 categories, and educational level (in 4 categories) in 1975 have been studied. The analysis has been conducted for 15 cancer sites among men and 13 among women. Analysis used a Cox proportional hazards model. RESULTS: For educational level, inequalities among men were more pronounced for cancers of the pharynx Relative Risk (RR) lowest versus highest educational level=9.2, 95% Confidence Interval (CI) 2.9-29.1, larynx (RR=6.2, CI=3.0:12.6), oral cavity (RR=2.7, CI=1.3-5.3), lung (RR=3.5, CI=2.5-4.8), esophagus (RR=3.1, CI=1.9-5.2), stomach (RR=2.5, CI=1.2-5.3) and rectum (RR=3.4, CI=1.2-9.6). No association between educational level and cancer mortality was observed for cancers of either the colon or lymphatic and hematopoietic tissue. Social inequalities were less pronounced among women but nevertheless observed for cancer of the uterus (RR=1.9, CI=1.0-3.6), stomach (RR=4.1, CI=1.0-17.1) and lung (RR=1.6, CI=0.7-3.7). No associations were found for mortality from breast or ovarian cancers. Results were similar when socioeconomic status was measured by occupational class. CONCLUSION: The analysis showed substantial inequalities in cancer mortality in France, with large differences according to cancer site.
Authors: Domantas Jasilionis; Giedre Smailyte; Ieva Vincerzevskiene; Vladimir M Shkolnikov Journal: Int J Public Health Date: 2015-10-01 Impact factor: 3.380
Authors: Gwenn Menvielle; Annette Leclerc; Jean-François Chastang; Maria Melchior; Danièle Luce Journal: Am J Public Health Date: 2007-03-29 Impact factor: 9.308
Authors: Gwenn Menvielle; Anton E Kunst; Irina Stirbu; Carme Borrell; Matthias Bopp; Enrique Regidor; Bjørn Heine Strand; Patrick Deboosere; Olle Lundberg; Annette Leclerc; Giuseppe Costa; Jean-Francois Chastang; Santiago Esnaola; Pekka Martikainen; Johan P Mackenbach Journal: Int J Cancer Date: 2007-08-01 Impact factor: 7.396
Authors: G Menvielle; A E Kunst; I Stirbu; B H Strand; C Borrell; E Regidor; A Leclerc; S Esnaola; M Bopp; O Lundberg; B Artnik; G Costa; P Deboosere; P Martikainen; J P Mackenbach Journal: Br J Cancer Date: 2008-02-19 Impact factor: 7.640