OBJECTIVE: Our objective was to examine whether improvement in maternal zinc status during pregnancy is positively associated with fetal neurobehavioral development in a Peruvian population. STUDY DESIGN: We electronically monitored, at 32 and 36 weeks' gestation, 55 fetuses whose mothers were randomly assigned to receive, during pregnancy, a daily supplement containing 60 mg iron and 250 microg folate, with or without 15 mg zinc. Fetal heart rate and movement patterns were quantified in 55 and 34 fetuses, respectively, as indexes of neurobehavioral development. RESULTS: Fetuses of mothers who received zinc supplementation showed fewer episodes of minimal fetal heart rate variability, increased fetal heart rate range, an increased number of accelerations, an increased number of movement bouts, an increased amount of time spent moving, and an increased number of large movements. Differences by supplementation type increased with gestational age and were statistically significant at 36 weeks' gestation (P <.05). CONCLUSION: Improving maternal zinc status through prenatal supplementation may improve fetal neurobehavioral development.
RCT Entities:
OBJECTIVE: Our objective was to examine whether improvement in maternal zinc status during pregnancy is positively associated with fetal neurobehavioral development in a Peruvian population. STUDY DESIGN: We electronically monitored, at 32 and 36 weeks' gestation, 55 fetuses whose mothers were randomly assigned to receive, during pregnancy, a daily supplement containing 60 mg iron and 250 microg folate, with or without 15 mg zinc. Fetal heart rate and movement patterns were quantified in 55 and 34 fetuses, respectively, as indexes of neurobehavioral development. RESULTS: Fetuses of mothers who received zinc supplementation showed fewer episodes of minimal fetal heart rate variability, increased fetal heart rate range, an increased number of accelerations, an increased number of movement bouts, an increased amount of time spent moving, and an increased number of large movements. Differences by supplementation type increased with gestational age and were statistically significant at 36 weeks' gestation (P <.05). CONCLUSION: Improving maternal zinc status through prenatal supplementation may improve fetal neurobehavioral development.
Authors: Laura E Caulfield; Diane L Putnick; Nelly Zavaleta; Fabiola Lazarte; Carla Albornoz; Ping Chen; Janet A Dipietro; Marc H Bornstein Journal: Am J Clin Nutr Date: 2010-05-19 Impact factor: 7.045
Authors: Laura E Caulfield; Nelly Zavaleta; Ping Chen; Fabiola Lazarte; Carla Albornoz; Diane L Putnick; Marc H Bornstein; Janet A DiPietro Journal: J Nutr Date: 2010-12-22 Impact factor: 4.798
Authors: Maxine P Bonham; Emeir M Duffy; Paula J Robson; Julie M Wallace; Gary J Myers; Philip W Davidson; Tom W Clarkson; Conrad F Shamlaye; J J Strain; M Barbara E Livingstone Journal: Public Health Nutr Date: 2008-11-06 Impact factor: 4.022