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1 that this phenomenon has already matured by early childhood.
2 lower cognitive test scores measured during early childhood.
3 th increased risk of harm to the fetus or in early childhood.
4 s a rare and aggressive stem cell disease of early childhood.
5 to a broad array of allergenic molecules in early childhood.
6 ith adiposity gain and risk of overweight in early childhood.
7 inia enterocolitica causes acute diarrhea in early childhood.
8 east milk and anthropometric measurements in early childhood.
9 ese foods has not been well characterized in early childhood.
10 n and acute respiratory distress syndrome in early childhood.
11 ted cardiomyopathy in utero, at birth, or in early childhood.
12 t circumference, and fat mass in boys during early childhood.
13 infection around the time of birth or during early childhood.
14 f gestation) birth on eating difficulties in early childhood.
15 d that this infrastructure is present during early childhood.
16 ncy was not associated with cognition during early childhood.
17 drome associated with severe lung disease in early childhood.
18 and epilepsy, ultimately leading to death in early childhood.
19 lysis of IgE reactivity to PR-10 proteins in early childhood.
20 urodevelopmental impairment and four died in early childhood.
21 ng resolution of differential methylation by early childhood.
22 s a major public health issue, especially in early childhood.
23 though both were diagnosed as having cPAN in early childhood.
24 t in a life-threatening disease phenotype in early childhood.
25 ese compared with lean children beginning in early childhood.
26 , a severe hereditary blindness occurring in early childhood.
27 equate and harmful input when experienced in early childhood.
28 rdiac, or general development of children in early childhood.
29 obiology of depressive disorders starting in early childhood.
30 eviations from the expectable environment in early childhood.
31 erized by multisystem morbidity and death in early childhood.
32 sity was associated with offspring growth in early childhood.
33 ve neurodegenerative disorder that occurs in early childhood.
34 uperior persistence of antibody responses in early childhood.
35 ersistence of methylation differences beyond early childhood.
36 ions were not explained by protein intake in early childhood.
37 on the natural history of peanut allergy in early childhood.
38 ory lesions at acral locations presenting in early childhood.
39 penia with frequent infections, and death in early childhood.
40 a risk and parasite density were greatest in early childhood.
41 me is not limited to survivors' diagnoses in early childhood.
42 dren ranked in the lowest tertile (28.6%) in early childhood.
43 d subsequent asthma through sensitization in early childhood.
44 not differ across census regions, except in early childhood.
45 evated plasma insulin levels at birth and in early childhood.
46 nic lung disease that commonly originates in early childhood.
47 older children through eczema and FAS during early childhood.
48 and the illusion is known to be acquired in early childhood.
49 may improve social-emotional development in early childhood.
50 k factors for linear growth faltering during early childhood.
51 Otitis media (OM) is common in early childhood.
52 to PAHs has been associated with obesity in early childhood.
53 nation, pertussis was a universal disease of early childhood.
54 All patients had developed nyctalopia from early childhood.
55 ata on the zinc status of vegetarians during early childhood.
56 The onset of CORD occurred in early childhood.
57 racterized by neurodegeneration and death in early childhood.
58 mothers beyond the perinatal period and into early childhood.
59 n intact epithelial/epidermal barrier during early childhood.
60 is the most common cause of food allergy in early childhood.
61 th egg allergy, which had been present since early childhood.
62 stigate the stability of associations across early childhood.
63 of morbidity after traumatic brain injury in early childhood.
64 most severe form of inherited retinopathy in early childhood.
65 r; 1.5%) and late (<3 yr; 4.1%) onset during early childhood.
66 odds for late respiratory morbidities during early childhood.
67 cal signs of late respiratory disease during early childhood.
68 YKL-40 levels) are associated with asthma in early childhood.
69 on showed no association with asthma through early childhood (0-6 years) when analyzed as any sensiti
70 g risk for excess weight gain in infancy and early childhood?" (2) "What is known regarding intervent
72 n with CMT1A progressed consistently through early childhood (3-10 years) and adolescence (11-20 year
73 heeze, asthma, and allergen sensitization in early childhood (3-5 years of age, n = 1419) and midchil
75 e of healthy adults (n=30) with a history of early childhood adversity, and a control group (n=30) wi
76 splasia (BPD) and respiratory disease during early childhood after preterm birth, we performed a pros
77 nt a role after transplant as it once did in early childhood, allowing a more complete restoration of
78 inst the development of eczema and wheeze in early childhood, although there was evidence in subgroup
81 associations between H. pylori infection in early childhood and atopy and reported allergic disorder
82 =3 mo may be associated with rapid growth in early childhood and body composition in young adulthood.
83 ences in the communication of the science of early childhood and brain development and our recommenda
85 products will encourage rapid weight gain in early childhood and exacerbate risk factors for chronic
86 y and its associated anemia in pregnancy and early childhood and in characterizing states of iron rep
87 an herpesvirus 8 (HHV-8) infection occurs in early childhood and is associated with human immunodefic
89 besity-associated AT dysfunction develops in early childhood and is related to insulin resistance.
90 tively associated with children's BMI during early childhood and particularly with higher fat mass.
91 od pressure among preterm children emerge in early childhood and that neighborhood SES accounts for a
93 Paraoxonase 1 gene (PON1) that persisted in early childhood and was attenuated in mid-childhood bloo
94 environmental exposures during pregnancy and early childhood and whether BAFF levels are associated w
95 is document is intended to meet the needs of early-childhood and school settings as well as providers
96 n with the seasonal influenza vaccine during early childhood, and identify potential molecular correl
97 ediatric malignancy that typically arises in early childhood, and is derived from the developing symp
98 Limiting overnutrition during pregnancy, early childhood, and puberty would avoid not only obesit
99 during pregnancy, receiving vaccinations in early childhood, and starting day care between 1.5 and 3
100 ioural and emotional problems often start in early childhood, and this might be particularly importan
101 structure and function from infancy through early childhood, and this significantly influences cogni
102 ed to different temperatures in utero and in early childhood, and we estimate flexible regression mod
105 birth and in infancy ( approximately 6 mo), early childhood ( approximately 3 y), and midchildhood (
107 rain structure and intrinsic connectivity in early childhood are predictive of 6 year outcomes in num
108 nfections, enteropathy and undernutrition in early childhood are preventable risk factors for child d
110 he potential for relatively common fetal and early childhood arsenic exposures, our finding that pren
112 fined condition that manifests in infancy or early childhood as deficits in communication skills and
114 d the hypothesis that poverty experienced in early childhood, as measured by income-to-needs ratio, h
119 te the fact that the symptoms of AS occur in early childhood, behavioral characterization of AS mouse
121 dy mass index (BMI) peak characteristics and early childhood BMI are emerging markers of future obesi
124 ncreased BMI at 2-5 years of age, but higher early-childhood BPA exposures were associated with accel
127 e surviving not only through their Fontan in early childhood, but also into adolescence and young adu
128 birth length, and arterial wall thickness in early childhood, but not adiposity or growth trajectory
130 gg allergy (HEA) as a common food allergy in early childhood, but the true incidence is unclear becau
131 shared environmental factors was greatest in early childhood, but these effects remained present unti
132 nked to decreased risk of atopic diseases in early childhood, but whether such relations persist unti
133 c work suggests that institutionalisation in early childhood can incur developmental damage across di
135 individuals with LQTS, especially those with early childhood cardiac arrest, extreme QT prolongation,
137 nt and outcome prediction, as they relate to early childhood caries (ECC)-a common complex disease wi
138 merica suffer from a higher degree of severe early childhood caries (S-ECC) than the general populati
141 plaque-biofilms from children affected with early-childhood caries, a prevalent and costly oral dise
142 aggressive hematopoietic disorder of infancy/early childhood caused by excessive proliferation of cel
143 ive neurodegenerative disorder presenting in early childhood, caused by an inherited deficiency of th
144 ex structure and function, such that without early childhood cochlear-implant, profoundly deaf childr
145 uential allergy and respiratory disorders in early childhood contributes enormously to the burden of
147 at a high intake of dietary soluble fiber in early childhood decreases the risk of type 1 diabetes (T
148 is study demonstrates an association between early childhood depression and the trajectory of cortica
149 hese findings underscore the significance of early childhood depression on alterations in neural deve
152 of this Series) and increasing commitment to early childhood development (Paper 1 of this Series), sc
154 nition of the damaging effects of poverty on early childhood development has fueled an interest in in
155 ough the evidence base for the importance of early childhood development has grown, the research is d
157 provide a comprehensive updated analysis of early childhood development interventions across the fiv
159 years of age, thereby supporting its role in early childhood development, and policy change toward MM
160 s paper, the first in a three part Series on early childhood development, we examine recent scientifi
164 esence of specific sensitization patterns in early childhood differentially associated with developme
165 places recent neurodevelopmental research on early childhood disruptive behavior within the historica
166 in very early life--ie, in utero and during early childhood--drive the development of clinically app
167 include parent and family-focused programs, early childhood education, school-based programs, therap
168 t measure modification (EMM) p-value = 0.30, early-childhood EMM p-value = 0.05], but sex-specific as
171 upt lifelong language loss following a brief early childhood epilepsy with continuous spike-waves in
174 lems in adulthood may be rooted partially in early childhood exposure to unpredictable events and env
176 th correlated early-life exposures including early childhood farm animal contact and raw milk consump
177 t that symptom onset typically occurs during early childhood, few studies have yet examined the possi
178 ed models showed an increased asthma risk in early childhood for higher infant acetaminophen (odds ra
181 pregnancy BMI, GWG, and percentile change in early childhood growth with BMI in daughters at midlife.
183 e to the farming environment in utero and in early childhood had little or no association with asthma
184 Significance statement: Math anxiety during early childhood has adverse long-term consequences for a
190 e most important viral cause of pneumonia in early childhood (ie, younger than 2 years), responsible
191 rences in blood pressure trajectories across early childhood in a sample of African-American and Euro
192 with greater increases in weight and BMI in early childhood in this large cohort of United Kingdom c
193 study on incident physician-diagnosed AD in early childhood including 451 cases and 451 controls.
197 extends evidence of LOC specialization from early childhood into infancy and earlier than developmen
200 he first 2 years of life; however, growth in early childhood is challenging to characterize because g
201 Here, we show that emotion understanding in early childhood is more sophisticated than previously be
204 o determine whether maternal, postnatal, and early childhood lead exposure can alter the differential
206 icits.SIGNIFICANCE STATEMENT Hearing loss in early childhood leads to impairments in auditory percept
207 omotor developmental delays recognized since early childhood, learning disabilities and short stature
212 tates by using the nationally representative Early Childhood Longitudinal Survey Birth Cohort (ECLS-B
213 ession of exercise-induced cardiac arrest in early childhood (</=3 years of age) and required aggress
217 findings demonstrate a significant effect of early childhood maternal support on hippocampal volume g
218 to examine whether sleep programs targeting early childhood may avert the onset of later adverse out
219 tronger evidence that gains in income during early childhood may promote healthy weight outcomes amon
220 l and central adiposity in 1,006 children in early childhood (median, 3.2 years) and 876 in mid-child
223 content in blood collected at birth (n=306), early childhood (n=68; 2.9 to 4.9 y), and midchildhood (
225 ncentrations were negatively associated with early childhood neurodevelopment scores in our study.
226 of ANS on rates of neonatal morbidities and early childhood neurodevelopmental outcomes of extremely
228 ledge regarding the prevention of infant and early childhood obesity and to identify research gaps an
230 mia, and optic atrophy (PEHO) syndrome is an early childhood onset, severe autosomal recessive enceph
232 l in nature and should be reclassified as an early-childhood-onset neurodevelopmental condition in DS
233 Such a roadmap is particularly relevant for early-childhood-onset neurodevelopmental conditions, whi
237 ast-feeding does not affect sensitization in early childhood or associated diseases at 7 years of age
238 dividual to individual; they can be fatal in early childhood, or relatively benign into adulthood.
239 tudents in grades K-3 and 4-12 completed the Early Childhood Oral Health Impact Scale (ECOHIS) and Fa
240 piratory tract infections during infancy and early childhood, particularly those occurring against a
244 reports on atopic diseases and microbiota in early childhood remain contradictory, and both decreased
249 ovided contradictory evidence on the role of early childhood respiratory infections in the developmen
251 ool age and early adolescence and suggest an early childhood sensitive period for these effects.
254 As many as one-third of the children who had early childhood sleep terrors developed sleepwalking lat
256 This article looks at both nutrition and early childhood stimulation interventions as part of an
257 mortality worldwide, continued high rates of early childhood stunting have put the global applicabili
258 t glimpses into the neuroanatomical bases of early childhood stuttering, and possible white matter de
259 pment of these lung function measures during early childhood, suggesting a window of opportunity for
260 biological constraints on preliteracy during early childhood, suggesting that neural processing of co
262 eas CMT2A appeared to progress faster during early childhood than adolescence (mean difference, 10.0;
263 r were not more likely to be hospitalized in early childhood than unexposed children (hospitalization
264 r were not more likely to be hospitalized in early childhood than unexposed children (hospitalization
265 lter the development of behavior problems in early childhood that can presage later mental illness.
267 first years of life are highly unstable, by early childhood these trajectories stabilize and are pre
271 ales exhibiting increasing heritability from early childhood through young adulthood and females exhi
273 the contribution of nonvertical exposures in early childhood to HCV prevalence among children at risk
278 tudies to understand the association between early childhood TRAP exposure, and subsequent asthma, al
281 le for permanent growth deficits acquired in early childhood, vaccine failure, and loss of human pote
283 first transition into income poverty during early childhood was associated with an increase in the r
284 ty of MMc to predict malaria outcomes during early childhood was evaluated in longitudinal models.
285 PFNA) concentrations in children assessed in early childhood were 5.6 (4.1-7.7), 24.8 (18.4-33.9), 2.
286 (adjusted HR = 2.11, 95% CI: 1.48, 3.00) in early childhood were strong predictors of asthma inciden
290 t its effect on the brain during a period in early childhood when anxiety-related traits begin to be
292 ic inflammatory disease and vasculitis since early childhood, which were refractory to classical trea
294 d secondary generalized seizures starting in early childhood with developmental regression, did not i
295 ing principles of adaptation to adversity in early childhood with molecular, cellular, and whole orga
297 utcomes and neurodevelopmental impairment in early childhood, with a resultant secular trend away fro
298 etting improved antibody persistence through early childhood without compromising antibody responses
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