Stature Estimation From Tibial Length
Stature Estimation From Tibial Length
DOI:
https://doi.org/10.70284/njirm.v3i2.1993Keywords:
forensic expert , Multiplication factor, regression formula, Stature, TibiaAbstract
*Assistant Professor, Department of Anatomy, RIMS, Adilabad, ** Department of Pathology, KIMS A.P
** Department of Anatomy, KIMS, A.P, ** Department of Physiology, RIMS, Adilabad
Abstracts: Background and objectives: Stature of an individual is an important parameter of personal identification. In this study stature was estimated from the percutaneous measurement of length of Tibia in living. Methodology:400 students (200 male and 200female) in age group of 18-21 years were studied. Heights of the subject in standing position, percutaneous length of Tibia were measured on both sides. Regression formulae and Multiplication factors were derived for both sexes for right and left Tibia for estimation of stature Results: In both sexes stature estimated by regression formulae for percutaneous length of tibia was similar to average measured stature with an error of less than 1 cm. In both sexes stature estimated by derived multiplication factor for length of tibia was similar to average measured stature with an error of less than 1cm.
There was no significant difference in the percutaneous measurement of length of right and left tibia in both sexes, thus showing bilateral symmetry in the length of Tibia in both sexes. Interpretation and Conclusion: This study will be of help to the forensic experts when whole leg only is available for forensic investigation for estimation of stature and in anthropological studies. Regression formulae are more dependable than multiplication factor for estimation of stature.
References
2. Arun Kumar Agnihotri, Smita Kachhwaha, Vandna Jowaheer, Ashok Pratap Singh. Estimating stature form percutaneous length of tibia and ulna in indo-Mauritian population. Forensic science international. 2009; Volume 187 (1) : 109.el-109.e3.
3. Bhavna and Surinder Nath. Estimation of Stature on the Basis of Measurements of the Lower Limb. Anthropology Today: Trends, Scope and Applications .2007; Anthropologist Special Volume No. 3: 219-222.
4. Mohanty K. N. Prediction of height from percutaneous tibial length amongst Oriya population. Forensic Sci. Int. December 1998;Vol.98 (3): 137-141
5. Kate B.R. and Muzumdar R.D. Stature estimation from femur and humerus byregression and autometry. Acta. Anat. 1976; 94: 311-320.
6. Steele DG. Estimation of Stature from Fragments of Long limb bones, in: Stewart. T.D (ed.) Personal Identification in Mass Disasters. Smithsonian Institute: Washington D.C, 1970 ; 85 – 97.
7. Nat B.S. Estimation of stature from long bones in Indians of United Provinces: A Medico-Legal enquiry in Anthropometry. Ind. J. Med Res 1931; 18: 1245-1253
8. Siddiqui M.A.H. and Shah M.A. Estimation of Stature from long bones of Punjabis. Ind. J. Med. Res. 1944; 32: 105-108.
9. Trotter M and Gleser GC. Estimation of stature from long bones of American Whites and Negroes Am. J. Phys. Anthropology. 1952; 10:463-514.
10. Trotter M, Gleser G.C. A re-evaluation of estimation of stature based on measurements of stature taken during life and of long bones after death. Am. J Phys. Anthropology .1958; 16:79-123.
11. H.W.V. Cox. Medical jurisprudence and Toxicology. 6TH edition. The law book company.1990:171-174.
12. Athwale MC. Estimation of height from length of forearm bones. A study on 100 Maharashtrian male adults of age 25-30. American journal of physical anthropology. 1963; 21: 105-112
13. Kolte P.M and Bansal P.C Determination of regression formulae for reconstruction of stature from long bones of upper limbs in Maharashtrians of Marathwada region. J. Anat. Soc. India. 1974; 23: 6-11.
14. Lal C.S, Lala J.K. Estimation of height from tibial and ulnar lengths in North Bihar. Journal of Indian Medical Association 1972: Volume 58(4): 120-121
15. Maloy Kumar Mondal, Tapan Kumar Jana, Jonaki Das, Suohan Biswas. Use of Length of Ulna for Estimation of Stature in Living Adult Male in Burdwan District And Adjacent Areas of West Bengal. Journal of The Anatomical Society of India. 2009; Vol. 58(1):
16. Joshi N.B, Patel M.P and Dongre A.V. Regression equation of height on ulnar length. Ind. J. Med. Res. 1964 ; 52: 1088-1091
17. Vallois H.V. Anthropometric Techniques. Current anthropology, 1965;6: 127-143.
18. Pearson K. Mathematical contributions to the theory of evolution. On the reconstruction of the stature of prehistoric races. Philos. Trans. R. Soc. Lond. 1899; 192: 169-244
19. Stevenson P.H. On racial differences in stature long bone regression formulae, with special reference to stature reconstruction .Chinese Biometrika. 1929; 21(1-4):303-321.
20. Mendes-Correa, A.A. La taille des Por-tugais d’ aprBs les os longs. Anthropologie, Prague. 1932; 10: 268-272.
21. Glaister J. In: Medical jurisprudence and toxicology, 10th edition. Edinburg E.S. Living-stone Ltd.1957; p.80.
22. Allbrook D. The estimation of stature in British and East African males, based on tibial and ulnar bone lengths. J. forensic Med. 1961 ; 8(1): 15-28 .
23. Rani Mukta , Tyagi A.K, Verma S.K, Kohli A. Estimation of stature from percutaneous measurements of legs (1999-2000). Journal of Forensic Medicine and Toxicology.2004; Volume 21(1):12-14.
24. Lal C.S. and Lala J.K. Estimation of height from tibial and ulnar lengths in North Bihar. Journal of Indian Medical Association .1972; Volume 58(4):120 – 121.
25. Yayim Yili. Estimation of stature from tibial length. Journal of Forensic Medicine. 1996; 12: 87 - 93
