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1 maternal age, 30 [25-34] years; 1464 [51.3%] male infants).
2 onal age, 39.0 [38.6-39.7] weeks; 87 [57.2%] male infants).
3 us, preeclampsia, and the birth of a preterm male infant.
4 (anus to scrotum; beta = -1.68, P = 0.03) in male infants.
5 ed no XX-labeled HEC from resected tumors of male infants.
6 alates and several phenols on behavior among male infants.
7 ndex in female infants but lower FM index in male infants.
8 ealth, and breastfeeding and was lower among male infants.
9  a higher rate of PICU mortality compared to male infants.
10                                   The CHR in male infants (1.14; 95% CI, 1.02-1.26) was higher compar
11 ossible child abuse, there were 1408 (54.5%) male infants, 1726 infants (66.8%) who were publicly ins
12  group and 22 (44%) of the usual care group; male infants, 29 (58%) and 28 (56%), respectively.
13 livery, 40 weeks [IQR, 39-41 weeks]; 221 153 male infants [50.8%]), of which 94 323 (21.7%) had labor
14 tudy included 125 212 ROP discharges (64 715 male infants [51.7%]) from 23 187 683 births.
15  at a gestational age of 39 weeks) and among male infants (53.9%-55.4% vs 44.6%-46.1% among female in
16 ouble-blind, placebo-controlled trial of 176 male infants (6-24 months old) with severe rotavirus-ass
17 (standard deviation [SD] 1.7), and 8/12 were male infants (66.7%).
18 al age was positively associated with AGD in male infants (AGD, anus to penis: beta = 0.50, P = 0.002
19 omised controlled trial, we enrolled healthy male infants (aged <60 days), with a gestational age of
20 ht >2500 g, IDA is uncommon before 6 mo, but male infants and those with a birth weight of 2500-2999
21                                              Male infants and toddlers (age range, 1-4 years) were en
22 that a blood-based clinical test for at-risk male infants and toddlers could be refined and routinely
23 ks 0.8, and 39.3 weeks 2.0 for each scan; 43 male infants) and 22 full-term infants (mean PMA, 42.1 w
24      Here we report the genome sequence of a male infant (Anzick-1) recovered from the Anzick burial
25  cause of lower urinary tract obstruction in male infants (approximately 1/4000 live births).
26                                         More male infants are treated for ROP than female infants.
27 a leptin was 15-25% higher in female than in male infants at 1, 4, and 12 mo of age (P < 0.05), also
28 .0% vs. 49.4%), showing a trend of decreased male infant births that was least in part associated wit
29                        A 9-month-old preterm male infant born at 33 weeks gestation presented with a
30                                We argue that male infants born from twin gestations, in which one fet
31 ed birth defect surveillance programs on all male infants born in 11 US states from January 1, 1995,
32                                        Three male infants born in northern Brazil whose mothers demon
33 tive longitudinal cohort study (N = 188, 100 male), infants born very preterm underwent magnetic reso
34  and less myelination in SCR and PCR only in male infants, but these abnormalities may normalize by a
35 ases within families ranged from 33 g (black male infants compared with their fathers) to 74 g (white
36 are associated with increased weight gain in male infants during the first two months of life, potent
37 th age between male and female infants (with male infants growing faster than females by 200.4 mm3/d,
38                                              Male infants have a higher incidence of invasive group B
39                             We observed that male infants have lower baseline plasma viral loads (P =
40                   We describe identical twin male infants homozygous for a novel missense variant NM_
41 tive pathophysiological fragility of preterm male infants in addition to a difference in ROP screenin
42 and decreased activity in MeA neurons during male-infant interactions.
43                            The uncircumcised male infant is at increased risk for a urinary tract inf
44                                        Among male infants, lack of circumcision increased the likelih
45               Eczema incidence was higher in male infants (&lt;2) and male adults older than 70; for all
46               There were six female and nine male infants (mean gestational age 36.5 weeks; median we
47 difference in ROP screening rates, with more male infants meeting the criteria than female infants.
48 he original hypothesis about OPV0 increasing male infant mortality.
49 t birth (OPV0) was associated with increased male infant mortality.
50 <0.05 among female infants (n=38) than among male infants (n=2).
51 c, and genetic studies performed in a single male infant observed for 2 years (May 2013 to June 2015)
52                               CASE REPORT: A male infant of four months of age was referred for evalu
53  likely to have positive Elispot assays than male infants (P = .046), and in multivariate analyses, b
54 plicated RSV-A strains were more frequent in male infants (P = 0.02), whereas G-72nt-duplicated genot
55                                 A 5-week-old male infant presented with severe bacterial infections a
56                                          The male infant presented with tonic seizures in early infan
57                                              Male infant sex was associated with reduced odds of memb
58 gestation pregnancy, maternal age <20 years, male infant sex, intrapartum fever, prolonged rupture of
59                                            A male infant was diagnosed with ventricular arrhythmias a
60 uring a routine physical exam, an 18-day-old male infant was noted to have persistent abdominal diste
61 cross-sectional study of 781 newly delivered male infants was conducted in 2002-2003 in Chiapas, Mexi
62                                        Three male infants were born with microcephaly to mothers who
63 reported that, compared with female infants, male infants were hungrier, were not as satisfied with b
64                       A higher percentage of male infants were treated for ROP (55% [95% CI, 0.54%-0.
65  gestational age, 38.1 [2.3] weeks; 18 [60%] male infants) were enrolled at delivery, and 21 dyads co
66 l-term infants (mean PMA, 42.1 weeks 2.0; 13 male infants) were evaluated.
67 icated RSV-A genotypes were more frequent in male infants, whereas G-72nt-duplicated RSV-A strains (O
68 rtained a consanguineous family containing a male infant who presented with early-onset epileptic enc
69                    We previously described a male infant who was born to consanguineous parents and w
70                               The additional male infants who survived because of better conditions w
71         The first patient was a 12-month-old male infant whose extensive orbital and facial lymphangi
72 xtracellular, TSH-binding domain, found in a male infant with congenital hyperthyroidism due to a tox
73 ation in EGFR (c.1283 G>A; p.Gly428Asp) in a male infant with lifelong inflammation affecting the ski
74                                            A male infant with neonatal iron storage disease, also kno
75                               We evaluated a male infant with neonatal skin/eye/mouth (SEM) HSV-1 dis
76                          An African American male infant with sickle cell disease has a devastating s
77 ies report shorter anogenital distance among male infants with higher gestational phthalate exposure.
78 ing the severity and duration of diarrhea in male infants with rotavirus infection.
79 ntrolled trial, ARP1 reduced stool output in male infants with severe rotavirus-associated diarrhea.
80 eeks; IQR, 25.3-28.6 weeks; 55 female and 48 male infants) with (n = 86) and without (n = 21) chronic
81 hic, progressive disease that mostly affects male infants, yet adult cases have been documented.