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1       Gut microbiota play a critical role in infant health.
2         Secondary outcomes were maternal and infant health.
3 ed dramatically with adverse consequences on infant health.
4 gnized links between microbiota and maternal-infant health.
5 urition is crucial for neonatal survival and infant health.
6 ng-standing racial and ethnic disparities in infant health.
7 congestion may yield positive cobenefits for infant health.
8 peptides in the digesta, which may influence infant health.
9 impact of maternal breast milk antibodies on infant health.
10 future research on the role of milk cells in infant health.
11  importance of this outcome for maternal and infant health.
12 e protective role of COVID-19 vaccination on infant health.
13 ch may have implications for both mother and infant health.
14 cesses, and their long-term implications for infant health.
15 egnancy or lactation may impart a benefit to infant health.
16 implications for maternal vaccine design and infant health.
17 ed research and surveillance in maternal and infant health.
18 thamine (IPTp-SP) would improve maternal and infant health.
19 the importance of breastfeeding promotion to infant health.
20 gnancy, labor and delivery, and maternal and infant health.
21 read intrapartum antibiotic use on long-term infant health.
22 e is a pivotal driver of gut homeostasis and infant health.
23 gnant women at risk for eviction may improve infant health.
24 earch is required to assess implications for infant health.
25 sing approach to examine how TRAP influences infant health.
26 missed opportunities to improve maternal and infant health.
27 offspring, with potential adverse effects on infant health.
28 itional knowledge on complementary foods for infant health.
29 esearch is needed to assess implications for infant health.
30  pregnancy-specific alcohol policies improve infant health.
31 umented, particularly regarding maternal and infant health.
32 cralose and ace-K exposure via human milk on infants' health.
33 on home environment, healthcare utilization, infant health, allergic diseases, and diet.
34 f gestational diabetes improves maternal and infant health, although diagnostic criteria remain uncle
35 an-American children who participated in the Infant Health and Development Program, a US longitudinal
36 composition, with potential implications for infant health and development.
37  The gut microbiome has an important role in infant health and development.
38 hanisms by which prenatal TRAP may influence infant health and development.
39 with the goal of understanding and improving infant health and development.
40  of human milk and its associated effects on infant health and development.
41 ggesting that milk microbiomes may influence infant health and development.
42 is discussed as well as the implications for infant health and development.
43 of wildfire events may have implications for infant health and development.
44 s) are abundant carbohydrates fundamental to infant health and development.
45 n human milk (HM) and play a crucial role in infant health and development.
46  supporting evidence, as solutions to common infant health and developmental challenges in ways that
47 s increasing knowledge about determinants of infant health and how to protect it along with public po
48 immune activation in pregnancy on subsequent infant health and immunity remain to be determined.
49 s when not medically necessary would improve infant health and reduce health-care costs.
50 enefits of exclusive breastfeeding (EBF) for infant health and survival are well documented.
51 ce that EBF for 6 months has benefits beyond infant health and survival, supporting the WHO's recomme
52 h are interrelated, the relationship between infant health and their microbiome were analyzed.
53 on, which may have major positive effects on infants' health and development.
54 ylated HMOs, (3) 6 a priori HMOs linked with infant health, and (4) all HMOs were examined using mult
55 dardized in HM research, such as maternal or infant health, and method of collection.
56 djusting for sociodemographic factors, early infant health, and school district effects.
57            Because HMOs, gut microbiota, and infant health are interrelated, the relationship between
58 ism being linked to nonnegative and positive infant health associations tied to both marginalized and
59 ehold survey and EPI-CM to collect data on 4 infant health behaviors in Mali at 2 time points (8 tota
60 e who were not (178 women), had maternal and infant health benefits, including fewer large-for-gestat
61 rent-infant bonding contributes to long-term infant health but may be disrupted by preterm birth.
62            Breastfeeding is known to support infant health, but the contributions of the numerous bre
63  of UCB as a diagnostic medium for assessing infant health by detection and identification of candida
64 enatal multiple micronutrient supplements on infant health by maternal nutrition status and sex.
65 ina, particularly about China's Maternal and Infant Health Care Law (1994).
66 newborn period, and the schedule for routine infant health care visits in the United States.
67 tween pregnancy weight gain and maternal and infant health complications.
68 in maternal diet with potential maternal and infant health consequences.
69 gnized in many situations where maternal and infant health could benefit.
70 , adjusted for sociodemographic and maternal-infant health covariates.
71 iting is recommended to address maternal and infant health disparities but is underused with mixed im
72 mportant dietary components for maternal and infant health during pregnancy and lactation.
73  diarrhea that could be modulated to improve infant health, especially in the developing world.
74 food insecurity in pregnancy and maternal or infant health, from January 1, 2008 to November 21, 2023
75 wide and the importance of breastfeeding for infant health, further study of this association is esse
76  the beneficial effects of breast-feeding on infant health has created a significant need for analyti
77    However, the impact of maternity leave on infant health has not been rigorously evaluated in low-
78 iome and the potential impact of microbes on infant health have not yet been uncovered.
79 conception timing, inheritance, medications, infant health, impact of surgery, contraception, nutriti
80 uld have a sizeable impact upon maternal and infant health in almost all malaria-endemic settings in
81 ands of bioactive compounds, which influence infant health in the short-term as exemplified by its ma
82  and organisation of routine surveillance of infant health in the UK.
83 mbined interventions to improve maternal and infant health, in which women were randomly assigned to
84 0-24 years) with reproductive, maternal, and infant health indicators in the United States.
85 se and favorable reproductive, maternal, and infant health indicators.
86 re 20 weeks' gestation improves maternal and infant health is unclear.
87 -feeding is widely accepted as important for infant health, its benefits during the second year of li
88 ementation of mothers postpartum may improve infant health, not only by increasing vitamin A delivery
89 ss of breastfeeding support interventions on infant health outcomes (10 trials [n = 6592]) and matern
90    We selected studies in which maternal and infant health outcomes associated with antidepressant ex
91 tions of the number of incident cases of all infant health outcomes examined.
92 iod, suggesting the importance of monitoring infant health outcomes following pandemic-related popula
93 S populations that compared key maternal and infant health outcomes for unintended vs intended pregna
94 ilis in pregnant women to estimate costs and infant health outcomes of maternal testing at the first
95 ve been associated with adverse maternal and infant health outcomes such as a large for gestational a
96                      Additional maternal and infant health outcomes were also examined, including pos
97                                 Maternal and infant health outcomes, including eclampsia, stroke, sti
98 t increased odds of experiencing key adverse infant health outcomes, including low birthweight (aOR,
99 D3 supplementation on secondary maternal and infant health outcomes, maternal and infant serum 25-hyd
100 an milk feeding and human milk substances on infant health outcomes, ontologic development of the inf
101 w birthweight and potentially improves other infant health outcomes.
102 ood insecurity in pregnancy and maternal and infant health outcomes.
103 ditions (e.g., iron deficiency) and maternal-infant health outcomes.
104  adolescents and improvement in maternal and infant health outcomes.
105 ic pregnant women could improve maternal and infant health outcomes.
106 eed for intervention to improve maternal and infant health outcomes.
107 ostpartum, and is linked to adverse maternal-infant health outcomes.
108 de anemia treatments, could improve maternal-infant health outcomes.
109 of these differences in fatty acid status on infant health outcomes.
110 lated to associations between antiracism and infant health outcomes.
111  and is associated with adverse maternal and infant health outcomes; however, estimates of these asso
112 inconsistent effects of the interventions on infant health outcomes; no studies reported maternal hea
113 n and overnutrition on the microbiota and on infants' health outcomes in the short- and long-term.
114                                    Data from infants' health records through their first birthday wer
115 re to arsenic can affect fetal, newborn, and infant health, resulting in a range of phenotypic outcom
116 of pregnancy that poses serious maternal and infant health risks.
117                          The Yale Mother and Infant Health Study was undertaken to investigate the ef
118 Data are from the 1988 National Maternal and Infant Health Survey and 1991 Longitudinal Follow-up, wh
119     Data from the 1988 National Maternal and Infant Health Survey were used to examine whether regula
120 espondents to the 1988 National Maternal and Infant Health Survey.
121 ed using data from the Missouri Maternal and Infant Health Survey.
122 tant role that fecal metabolites may play in infant health, the development of the infant fecal metab
123 rove the quality and quantity of milk (e.g., infant health, the secretion of certain immunoglobulins
124 ssions of these unique social experiences to infant health, this study aims to assess the early impac
125 rventions may be an effective way to promote infant health through modification of breast milk compos
126 pport for new parents may be associated with infant health via changes in the diversity and compositi
127  birth is an essential event that influences infant health with life-long consequences.
128 er mother-infant pair) improved maternal and infant health, with an ICER of $1370 per YLS compared wi
129 d to make decisions that affect maternal and infant health, without experiencing worse anxiety.
130 comes is critical for improving maternal and infant health yet extracting SDoH from unstructured elec
131  deficiencies may adversely affect fetal and infant health, yet there is insufficient evidence of eff

 
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