PubMed Health⌕ Search

Biomedical subjects

M Prokopec

Publications and source records attributed to M Prokopec.

35 records · Page 2Linked to original sources

[The importance of height of parents for correct estimation of growth of their children (author's transl)].

Linear dependence was found between the height of children and average height of both parents in the group of 100 619 children and parents (Fetter et al. 1951). Equations of regression lines are recorded for every age-class of both boys and girls from 6 to 18 years. Decisive deviations of children's height in individual groups of parents in every class do not significantly differ from standard deviations of the whole class. Decisive deviation valid for the whole class may therefore be used for height standards of children of equal class in all height groups of parents. Age difference between standards of children with equal body height but different average height of parents from 152,5 cm to 180,0 cm is at ages from 6 to 8 years in both sexes, at least 1 year in boys between 9 to 12 years, and in girls from 12 to 18 years up to 4 years. Per 1 cm difference of average parental age from average standard height of adult population either in the positive or negative sense there exists the shift in children height from given class standards. In boys from 6 to 8 years and in girls from 6 to 9 years it makes 4 mm. In boys from 9 to 16 years and in girls from 10 to 14 years it is 5 mm. In boys from 17 to 18 and in girls from 15 to 18 it makes 6 mm in equal sense. The validity of the conclusions may be presumed for both the contemporary generation and groups from other European states as well. Eventual incorporation of assessing criteria after standard parental height into some existing aids used in estimating the growth of children may be anticipated.

Adolescent↗

[A nomogram for determination of "midparents height" and for correction of the height of children refering to the stature of their parents (author's transl)].

A monomgram is given to find graphically the mean between the stature of the father and the stature of the mother (midparents height) and to correct (in an additive or reducing manner) the height of children of a certain age refering to their midparents height. Using such correction terms may be an approximative method to exclude the genetic factors of growth if one wishes to compare groups of children growing up in different environments.

Adolescent↗

Historical note: Early history of the anthropometry of body composition.

A pioneering paper outlining an anthropometric approach to the study of body composition, written by the Czech anthropologist Jindrich Matiegka, was published in the American Journal of Physical Anthropology in 1921. For a long time we have searched for information about the history of the idea and of the paper itself. In recent years, we were able to identify relevant correspondence in the archives of the Smithsonian Institution of Washington.

Anthropometry↗

A probable case of euthanasia amongst prehistoric aborigines at Roonka, South Australia.

Amongst skeletons recovered from an archeological survey at Roonka on the lower Murray River in South Australia was that of a pregnant woman. The position of the full term foetus and evidence of head trauma to the woman suggests that a mercy killing took place following failure of childbirth. The study of this burial provides an insight into Aboriginal society which would not be available from other sources.

Adult↗

Adiposity in Czech children followed from 1 month of age to adulthood: analysis of individual BMI patterns.

In Czechoslovakia, overweight and nutrition-associated pathologies are frequent. The body mass index (BMI) is often used in the clinical assessment of adiposity in children and adults. Its variations during growth are well documented. A cohort of 300 newborns were selected at random in Prague between 1956 and 1960. Weight and height were collected in these subjects at the ages of 3, 6, 9, and 12 months and twice a year from 1 to 20 years. Charts of longitudinal variations of the BMI were drawn for males and females. The three expected phases of BMI development were observed: initial rise until 12 months, subsequent decrease, and second augmentation (the 'adiposity rebound', 'AR') between 4 and 8 years of age. The inverse relationship between age at AR and the BMI in adulthood was confirmed: in the leanest adults, AR had happened by age 7.6 years, in the heaviest adults, age at AR was around 5 years. Many lean (44%) and fat (58%) infants developed into average-size adults. The risk of becoming a heavy adult was increased in fat infants (31%) as opposed to non-fat (22%) ones. The relative risk of fat infants to become obese adults as compared to non-fat infants is 31/22 = 1.8. Individual growth curves of children with very high or very low adult BMI values illustrate the relationships between BMI at 12 months, age at AR and adult BMI. The Czech BMI distribution was higher than a comparable French one at all percentiles after age 7 years.(ABSTRACT TRUNCATED AT 250 WORDS)

Adolescent↗