Prediction of Final Stature at the Age of 11–13 Years

  • J. Mészáros
  • I. Szmodis
  • J. Mohácsi
  • T. Szabó
Conference paper

Abstract

In the course of ontogenesis, body dimensions grow continuously, but this growth is usually not linear. The age-dependent changes are known for the majority of body dimensions (Eiben et al. 1971; Mészáros et al. 1979). In the construction of curves depicting growth trends, age is usually regarded as the independent variable. In everyday practice, age refers to chronological or calendar age. This age is, however, a rather crude approximation of biologic age because of the fact that unit time by the biologic clock of individuals covers a rather variable time span. Accordingly, the milestones of individual development appear relatively independent of chronological age and this is why it is necessary to assess biologic age.

Keywords

Obesity Estima 

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References

  1. Conrad K (1963) Der Konstitutionstypus. Springer, Berlin Göttingen HeidelbergGoogle Scholar
  2. Eiben O, Hegedüs G, Banhegyi M, Kiss K, Monda M, Tasnádi I (1971) Budapesti óvodások és iskolások testi fejlettsége ( 1968–1969 ). Fövárosi K, BudapestGoogle Scholar
  3. Farkas G (1973) Antropologia praktikum II. J, SzegedGoogle Scholar
  4. Gaisl G (1980) Genetische Komponenten des Sporttalents. Leistungssport 2: 144–149Google Scholar
  5. Mészáros J, Mohacsi J, Szmodis I (1979) A testnevelés és sportedzés alkatfejlödesi alapjai. A Sport és Testnevelés Idöszeru Kérdései No. 20: 15–30Google Scholar
  6. Miliczerowa H (1973) Budowa somatyczna jako kryterium selekcji sportowej. AWF, WarsawaGoogle Scholar
  7. Šrámková P, Prokopec M, Zelezny J (1978) Predikce telesne vysky. Teorie a Praxe Telesne, Vychovy 4: 226–234Google Scholar
  8. Wahlstab S, Dóka J (1970) Serdülökoru atléták csontéletkorának jelentöségéröl. TF Tudomanyos Közlem 4: 397–412Google Scholar
  9. Walker RN (1974) Standards for somatotyping children: I. The prediction of young adult height from childrens’ growth data. Ann Hum Biol 2: 149CrossRefGoogle Scholar
  10. Weiner JS, Lourie J A (eds) (1969) Human biology. A guide to field methods. Black-well, OxfordGoogle Scholar

Copyright information

© Springer-Verlag Berlin Heidelberg 1984

Authors and Affiliations

  • J. Mészáros
  • I. Szmodis
  • J. Mohácsi
  • T. Szabó

There are no affiliations available

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