INTRODUCTION: Our aim was to establish body mass index (weight/height2 [kg/m2], BMI) reference values for 0- to 45-year-old Danes. MATERIAL AND METHODS: A national sample that was used to generate the current Danish height and weight reference (29,106 measurements in 1965-1977; age 0-21 years; sample I). Four samples from Copenhagen (3391 measurements in 1981-1985; age 7-45 years; samples II and III and 2608 measurements in 1991-1994; age 6-45 years; samples IV and V). With the LMS method for smoothing the curves, Danish BMI reference values by age and sex were constructed from samples I and II. BMI values from two recently examined, but smaller, Danish cohorts (samples IV and V) were compared with the reference values to assess the secular trend in BMI. RESULTS: The Danish BMI reference values are presented graphically. Graphs can be downloaded from http://www.paediatri.dk. In the more recently examined samples, the mean BMI was significantly increased in children and adolescents (SD score 0.19, P = 0.0007), but unchanged in young adults (SD score 0.01, P = 0.49). DISCUSSION: For clinical purposes, we recommend comparison of the BMI of Danish children and adolescents with the present Danish reference values and new internationally based cut-off values. The BMI of Danish adults should be compared with the WHO cut-off values. Cut-off values or national or internationally used BMI reference values can be used for research, depending on the purpose.
INTRODUCTION: Our aim was to establish body mass index (weight/height2 [kg/m2], BMI) reference values for 0- to 45-year-old Danes. MATERIAL AND METHODS: A national sample that was used to generate the current Danish height and weight reference (29,106 measurements in 1965-1977; age 0-21 years; sample I). Four samples from Copenhagen (3391 measurements in 1981-1985; age 7-45 years; samples II and III and 2608 measurements in 1991-1994; age 6-45 years; samples IV and V). With the LMS method for smoothing the curves, Danish BMI reference values by age and sex were constructed from samples I and II. BMI values from two recently examined, but smaller, Danish cohorts (samples IV and V) were compared with the reference values to assess the secular trend in BMI. RESULTS: The Danish BMI reference values are presented graphically. Graphs can be downloaded from http://www.paediatri.dk. In the more recently examined samples, the mean BMI was significantly increased in children and adolescents (SD score 0.19, P = 0.0007), but unchanged in young adults (SD score 0.01, P = 0.49). DISCUSSION: For clinical purposes, we recommend comparison of the BMI of Danish children and adolescents with the present Danish reference values and new internationally based cut-off values. The BMI of Danish adults should be compared with the WHO cut-off values. Cut-off values or national or internationally used BMI reference values can be used for research, depending on the purpose.
Authors: Signe Sloth Mogensen; Lise Aksglaede; Annette Mouritsen; Kaspar Sørensen; Katharina M Main; Peter Gideon; Anders Juul Journal: PLoS One Date: 2012-01-12 Impact factor: 3.240
Authors: Lone Marie Larsen; Niels Thomas Hertel; Christian Mølgaard; René Depont Christensen; Steffen Husby; Dorte Ejg Jarbøl Journal: Scand J Prim Health Care Date: 2015-07-20 Impact factor: 2.581