Abstract

JIMENEZ-ARREOLA, Jazmín  and  AGUILERA-BARREIRO, Mª. de los Angeles. Breast feeding as preventive factor for osteoporosis in adult women. Nutr. Hosp. [online]. 2015, vol.32, n.6, pp.2600-2605. ISSN 1699-5198.  https://dx.doi.org/10.3305/nh.2015.32.6.9047.

Introduction: breastfeeding is considered protective of osteoporosis, by endocrine changes, such as the rise of intestinal absorption of calcium and the renal conservation of the same, however, other studies demonstrate that with more one child they present a loss of bone mineral density (BMD) (2-9%). Objective: to determine if breastfeeding is a protective factor or a risk in osteoporosis in Queretaro's women. Subjects and methods: retrospective study of cases y controls. 114 women from 35 to 60 years divided in control group (without breastfeeding) and women those that breastfeed. Diagnostic of BMD by bone densitometry of two regions: Hip (femur) and lumbar. Clinical history applies. Criteria of inclusion: age 35-60 years. Criteria of exclusion: consumption: calcium, hormonal replacement therapy, treatment for osteoporosis: breastfeeding or pregnant. It will provide evidence of a central trend, T couplet, correlations, Chi2 y profitable reasons. Results: breastfeeding was found to have a protection factor con 0.903 OR (0.768-1.006). Inverse correlation of BMI/BMD in hip and lumbar regions, in women that did not breast contrary to those that did breastfeed. In both groups in was determined a greater age of pregnancy with greater BMD in the hips and greater size of the child, only in women that breastfeed. Being the obesity factor of the women that breastfeed. However, a inverse correlation was found among Age/BMD in three regions from women that breasted, contrary to those that did not breastfeed specifically in the BMD lumbar. Conclusion: breastfeeding is beneficial for the mother as it is a protective factor against osteoporosis, as long as it holds the first 6 months and for newborn optimal linear growth.

Keywords : Breastfeeding; Pregnancy; Bone mineral density; Women.

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