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. 2018 May 28;15(6):1092. doi: 10.3390/ijerph15061092

Table 1.

Summary of the study findings.

Study Design Sample Size 1 Neighborhoods Association with Neighborhood Deprivation Physiological System 2 Moderators Mediators
[36] CS 4408 100 census tracts YES M, N
[35] CS 4410 102 census tracts YES M, N G, SS
[37] CS 995 979 census tracts YES S, B
[33] L 452 91 census tracts YES SES
[34] L 1258 318 block groups NO
[31] L 420 41 census tracts YES SS
[32] L 818 374 SAMS YES G
[38] CS 550 80 focal neighborhood clusters YES
[29] CS 919 69 block groups YES E
[30] CS 866 55 block groups NO
[16] CS 919 60 block groups YES E
[28] CS 549 80 focal neighborhood clusters YES
[27] CS 13,184 1805 neighborhoods YES M, CV
[26] CS 13,199 1772 census tracts YES R

Design: CS (cross-sectional) and L (longitudinal); Associations: associations obtained in the final model YES (positive and significant association between neighborhood deprivation and allostatic load), NO (no significant association); Physiological system: CV (stronger associations with cardiovascular system related biomarkers); M (metabolic); and N (neuroendocrine); Moderators: G (gender), SES (individual socioeconomic status), R (race or ethnicity), SS (social support/cohesion); Mediators: B (health-related behaviors), S (stress/anxiety feelings) and E (physical or social neighborhood environment); SAMS = small-area market statistics. 1 Number of participants included in the study. 2 Physiological systems that showed a stronger association with neighborhood deprivation.