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. 2019 Jun 13;25(4):486–503. doi: 10.1093/humupd/dmz014

Table IV.

Characteristics of included studies (part 4).

Citation Risk factors adjusted Temporality
Grimes et al. (1985) Age, race, parity; same hospital, same study period Investigated risk of newly diagnosed SLE in women with and without ENDO hix
Lamb and Nichols (1986) Investigated risk of ENDO in women with and without RA hix
Smith et al. (1993) Investigated risk of ENDO in women with and without SLE/AD hix
Sinaii et al. (2002) Prevalence study of AD (SLE, MS, RA, SS, thyroid disorder) in women with ENDO vs. general women population
Merlino et al. (2003) Age, smoking status, age at last pregnancy, drug to stop lactation, age at menopause, polycystic ovary syndrome, HRT Prospective cohort study for incident RA occurred after 1987 with ENDO exposure Ø
Poppe and Velkeniers (2003) Control matched on age Investigated risk of ENDO in women with and without having thyroid auto-immunity
Haga et al. (2005) Control matched on age, region Investigated risk of SS in women with and without ENDO hix
Pasoto et al. (2005) Clinical manifestations/serological tests for women with ENDO vs. SLE vs. healthy controls; women diagnosed with ENDO by laparoscopy after SLE diagnosis was identified as ENDO cases
Petta et al. (2007) Investigated risk of ENDO in women with and without thyroid disorder
Eaton et al. (2007) Age, sex Cross-sectional study of ADs prevalence (ENDO listed as an AD)
Matorras et al. (2007) Investigated risk of SLE, SS in women with and without ENDO hix and risk of ENDO in women with and without AD hix
Aguiar et al. (2009) Control from same city Investigated risk of ENDO in women with and without CLD hix
Gemmill et al. (2010) Prevalence study of Addison’s disease in women with ENDO hix vs. general women population
Stephansson et al. (2011) Control matched on age, county, period Prospective cohort study for incident ENDO in women with and without CLD hix Ø; excluded cases with ENDO diagnosis before CLD diagnosis
Nielsen et al. (2011) Control matched on age, period Prospective cohort study for incident SLE, SS, MS in women with and without ENDO hix vs. general women population; women diagnosed with AD before ENDO diagnosis was excluded Ø
Jess et al. (2012) Control matched on age, period Prospective cohort study for incident IBD in women with and without ENDO hix Ø
Santoro et al. (2014) Investigated risk of ENDO in women with and without CLD hix
Caserta et al. (2016) Investigated risk of ENDO in women with and without AD hix
Harris et al. (2016a) Age at menarche, parity, menstrual cycle length, BMI, physical activity, smoking, OCP, ethnicity, infertility and analgesic use. For RA plus parity, duration of breast feeding. Prospective cohort study for incident SLE, RA in women with and without ENDO hix Ø
Harris et al. (2016b) Control matched on age, county Investigated risk of SLE in women with and without ENDO hix; selected SLE diagnosis after ENDO diagnosis
Yuk et al. (2016) Control matched on age, sampling year, sampling weight Prevalence study of ATD in women with and without ENDO hix
Huang et al. (2016) Matched controls (not specified) Investigated risk of ENDO in women with and without rheumatoid disease hix
Lee et al. (2016) Control matched on age Clinical manifestation, prognosis, and treatment comparing women with IBD and ENDO vs. women with IBD but without ENDO
Brouwer et al. (2017) Prevalence study of ENDO in women with RA vs. general women
Wu et al. (2017) Case–control study for risk of ENDO in relation to SS hix SS
de Silva et al. (2018) Investigated risk of IBD at pregnancies in women with and without ENDO hix

AD, autoimmune disease; ATD, autoimmune thyroid disorder; ENDO, endometriosis; OCP, oral contraceptive pill; SLE, systemic lupus erythematosus; SS, Sjögren’s syndrome; RA, rheumatoid arthritis; CLD, coeliac disease; MS, multiple sclerosis; IBD, inflammatory bowel disease; HRT, hormone replacement therapy.

Ø Denotes studies that addressed disease diagnosis time during data analysis.