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ObjectiveTo investigate the detection rate and main influencing factors of growth retardation in infants aged 0-3 in Minhang District， and to provide relevant evidence for early intervention， nutrition promotion and health guidance in the future. MethodsFrom September 1， 2020 to August 31， 2021， the height， weight， basic information of parents， feeding methods， and lifestyle habits of infants who received systematic healthcare aged 0‒3 in community health service centers and Minhang maternal child health hospital were collected， and the current situation and influencing factors of infant growth retardation were analyzed. ResultsAmong the 68 637 infants who underwent a systematic physical examination in Minhang District， the total detection rate of growth retardation was 5.03% （3 453/68 637）. The detection rates in the 0-year-old， 1-year-old， 2-year-old， and 3-year-old groups were 6.57% （1 636/24 885）， 3.90% （664/17 031）， 4.62% （827/17 905）， and 3.72% （326/8 773）， respectively. There was no difference in the detection rate of growth retardation between boys and girls （P>0.05）， and a multinomial logistic regression analysis of 13 influencing factors （infant birth weight， birth length， parental weight， height， education level， mother’s childbearing age， delivery mode， household registration， feeding mode within 6 months， infant sleep， etc.） in univariate analysis showed that birth weight <2 500 g （OR=3.99， 95%CI： 2.809‒5.674） or ≥4 000 g （OR=12.78， 95%CI： 8.868‒18.443）， maternal height <150 cm （OR=7.10， 95%CI： 4.294‒11.753）， paternal height <160 cm （OR=5.65， 95%CI： 2.792‒11.422）， maternal education level of junior high school and below （OR=1.31， 95%CI： 1.087‒1.588）， paternal education level of junior high school and below （OR=1.02， 95%CI： 0.838‒1.236）， mixed feeding （OR=1.15， 95%CI： 1.031‒1.288）， and sleep duration exceeding the recommended time （OR=1.58， 95%CI： 1.466‒1.710） were risk factors for growth retardation in infants aged 0‒3. Infants with a birth length <50 cm or with household registration in Shanghai had a higher incidence of growth retardation. ConclusionGrowth retardation in infants aged 0‒3 is influenced by a combination of genetic， environmental， and sleep factors. It is essential for parents to realize the impact of growth retardation on the future of their children early on and actively participate in the early detection， screening， and intervention of growth retardation.
ABSTRACT
ObjectiveTo analyze the effects of different feeding patterns on the physical and nutritional status of children aged 6‒12 months， so as to provide reference for promoting scientific feeding and health development of infants and young children. MethodsChildren born between December 2019 and February 2020 and who had completed three follow-up visits at 6‒， 9‒ （8‒10 months） and 12‒ （11‒14 months） months old in all of the 13 communities of Minhang， Shanghai were selected. The subjects’ basic information was investigated by questionnaires. The indicators including feeding pattern， physical development （body weight， body length， head circumference） and nutritional status （the detection rate of overweight， obesity， low body weight， growth retardation， emaciation and iron deficiency anemia） were followed up in the outpatient department， with iron deficiency anemia only monitored at the 6‒ and 12‒ months old. According to different feeding patterns， the groups of 6‒ months old were divided into three groups of exclusive breast feeding （EBF）， mixed feeding （MF） and artificial feeding （AF）， while 9‒ and 12‒ months old were divided into MF and AF groups. The differences of basic information and follow-up results among the groups were analyzed. ResultsA total of 470 children were included， including 130 （27.66%）， 288 （61.28%） and 52 （11.06%） respectively in EBF， MF and AF groups at the 6‒ months old，and 319 （67.87%） and 196 （41.70%） in MF group at the 9‒ and 12‒ months old. There was no significant difference in the other follow-up results among the groups. The detection rate of iron deficiency anemia in 6‒ months old EBF （13.08%） was higher than that in MF group （5.90%） and AF group （1.92%） （χ2=8.40， P=0.010）， while it was still higher in 12‒ months old MF group （9.69%） than in AF group （2.92%） （χ2=9.68， P=0.002）. ConclusionThere is no significant difference in body weight，body length， head circumference， and the detection rates of overweight， obesity， low body weight， growth retardation and emaciation among the groups of different feeding patterns in the children aged 6‒12 months. The detection rate of iron deficiency anemia in the EBF and MF groups is significantly higher than that in the AF groups of children aged 6‒ and 12‒ months old.
ABSTRACT
@#Objective To report the preliminary results of registry and management for cerebral palsy in Minhang District of Shanghai. MethodsThe registry and management for cerebral palsy in Minhang District of Shanghai were reviewed. Results and ConclusionFrom February, 2009, the children with cerebral palsy (born from Jan.1, 2000 to Dec.31, 2008) and their families who resided in Minhang District participated in the registration adopting Scpchild Manual of Registry and Systematic Management for Cerebral Palsy. At the end of 2009, 41 children with cerebral palsy entered in the Registry System. Comparing with epidemiological investigation, registry and management for cerebral palsy can afford more information. The acceptance of the parents for registry need to be improved to extend the registry to more children.