中华实用儿科临床杂志
中華實用兒科臨床雜誌
중화실용인과림상잡지
Journal of Applied Clinical Pediatrics
2014年
19期
1476-1478
,共3页
蒋新液%裴晶晶%卫雅蓉%赵军%管玉蓉%章恒%王雅洁
蔣新液%裴晶晶%衛雅蓉%趙軍%管玉蓉%章恆%王雅潔
장신액%배정정%위아용%조군%관옥용%장항%왕아길
血清25羟-维生素D3水平%儿童%肥胖
血清25羥-維生素D3水平%兒童%肥胖
혈청25간-유생소D3수평%인동%비반
Serum 25-hydroxy vitamin D3 concentration%Child%Obesity
目的 探讨儿童血清25羟-维生素D3[25-(OH)D3]水平与体质量、肥胖程度、体质量指数(BMI)、血脂的关系,以及他们在肥胖儿童中可能的发生机制.方法 以2011年7月至2013年2月在无锡市妇幼保健院儿童营养门诊就诊的儿童为研究对象,共244例.调查所有受试者每日服用维生素D情况,测量身高、体质量、BMI及25-(OH)D3水平和微量元素,其中38例3岁以上肥胖儿童测定脂代谢水平.结果 1.肥胖儿童的血清25-(OH)D3水平为(68.31 ±23.06) nmol/L,其中36个月龄以上组肥胖儿童最低,为(55.03±15.18) nmol/L.2.肥胖组和超重组儿童血清25-(OH) D3水平远低于正常体质量组儿童水平(F=4.739,P<0.05).3.重度肥胖儿童25-(OH) D3水平显著低于轻、中度肥胖儿童(F=9.711,P<0.05).4.儿童体质量、身高/体质量百分比及BMI与25-(OH) D3水平呈负相关(r=-0.365、-0.237、-0.175,P均<0.001).5.3岁以上肥胖儿童体质量、三酰甘油水平与25-(OH) D3均呈负相关(r=-0.476、-0.324,P均<0.05).结论 血清25-(OH)D3水平降低与肥胖有关.其原因可能是肥胖者脂肪组织增多,维生素D滞留在脂肪细胞中,导致血清维生素D水平减低.肥胖儿童体内维生素D的消耗高于正常儿童,需要补充更多的维生素D才能达到正常25-(OH)D3水平.
目的 探討兒童血清25羥-維生素D3[25-(OH)D3]水平與體質量、肥胖程度、體質量指數(BMI)、血脂的關繫,以及他們在肥胖兒童中可能的髮生機製.方法 以2011年7月至2013年2月在無錫市婦幼保健院兒童營養門診就診的兒童為研究對象,共244例.調查所有受試者每日服用維生素D情況,測量身高、體質量、BMI及25-(OH)D3水平和微量元素,其中38例3歲以上肥胖兒童測定脂代謝水平.結果 1.肥胖兒童的血清25-(OH)D3水平為(68.31 ±23.06) nmol/L,其中36箇月齡以上組肥胖兒童最低,為(55.03±15.18) nmol/L.2.肥胖組和超重組兒童血清25-(OH) D3水平遠低于正常體質量組兒童水平(F=4.739,P<0.05).3.重度肥胖兒童25-(OH) D3水平顯著低于輕、中度肥胖兒童(F=9.711,P<0.05).4.兒童體質量、身高/體質量百分比及BMI與25-(OH) D3水平呈負相關(r=-0.365、-0.237、-0.175,P均<0.001).5.3歲以上肥胖兒童體質量、三酰甘油水平與25-(OH) D3均呈負相關(r=-0.476、-0.324,P均<0.05).結論 血清25-(OH)D3水平降低與肥胖有關.其原因可能是肥胖者脂肪組織增多,維生素D滯留在脂肪細胞中,導緻血清維生素D水平減低.肥胖兒童體內維生素D的消耗高于正常兒童,需要補充更多的維生素D纔能達到正常25-(OH)D3水平.
목적 탐토인동혈청25간-유생소D3[25-(OH)D3]수평여체질량、비반정도、체질량지수(BMI)、혈지적관계,이급타문재비반인동중가능적발생궤제.방법 이2011년7월지2013년2월재무석시부유보건원인동영양문진취진적인동위연구대상,공244례.조사소유수시자매일복용유생소D정황,측량신고、체질량、BMI급25-(OH)D3수평화미량원소,기중38례3세이상비반인동측정지대사수평.결과 1.비반인동적혈청25-(OH)D3수평위(68.31 ±23.06) nmol/L,기중36개월령이상조비반인동최저,위(55.03±15.18) nmol/L.2.비반조화초중조인동혈청25-(OH) D3수평원저우정상체질량조인동수평(F=4.739,P<0.05).3.중도비반인동25-(OH) D3수평현저저우경、중도비반인동(F=9.711,P<0.05).4.인동체질량、신고/체질량백분비급BMI여25-(OH) D3수평정부상관(r=-0.365、-0.237、-0.175,P균<0.001).5.3세이상비반인동체질량、삼선감유수평여25-(OH) D3균정부상관(r=-0.476、-0.324,P균<0.05).결론 혈청25-(OH)D3수평강저여비반유관.기원인가능시비반자지방조직증다,유생소D체류재지방세포중,도치혈청유생소D수평감저.비반인동체내유생소D적소모고우정상인동,수요보충경다적유생소D재능체도정상25-(OH)D3수평.
Objective To examine the relationship between the concentration of 25-hydroxy vitamin D3 [25-(OH) D3] in the serum and the body mass,the severity of obesity,body mass index(BMI),blood lipid,and their predicting role in obesity children.Methods The study recruited 244 subjects,who see the doctor in Wuxi Maternal and Child Health Hospital,Childhood Nutrition Outpatient from Jul.2011 to Feb.2013.The intake dose of vitamin D each day was investigated,and weight,height,BMI,concentration of 25-(OH) D3 in serum,and microelement were also measured.In addition,lipid metabolism of 38 cases with obesity over 3 years old was determined.Results 1.The serum 25-(OH) D3 concentration of obese children was (68.31 ± 23.06) nmol/L.The concentration of 25-(OH) D3 was lowest in the group of obese children over 36 months of age[(55.03 ± 15.18) nmol/L].2.The concentration of 25-(OH) D3 in the group of obese and overweight children was far lower than that of the children in the normal group (F =4.739,P <0.05).3.The concentrations of 25-(OH) D3 in the severely obese children was significantly lower than that of the mild and moderate obesity children(F =9.711,P < 0.05).4.There were significantly inverse associations of serum 25-(OH) D3 with weight,weight and height percentage,BMI (r =-0.365,-0.237,-0.175,all P < 0.001).5.There were significantly inverse associations between the concentration of 25-(OH) D3 in serum with weight,triglyceride in obese children more than 3 years old (r =0.476,-0.324,all P < 0.05).Conclusions The decreasing level of 25-hydroxy vitamin D3 in the serum was associated with obesity.The cause of it might be the increase of the obese adipose tissue,vitamin D getting trapped in fat cells,and all these factors can lead to a less serum vitamin D levels.The vitamin D consumption of obese children is higher than that of normal children,and should supply more vitamin D to reach normal 25-(OH) D3 level.