Indian Journal of Forensic Medicine & Toxicology

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Reconstruction of Femur Length from its Fragments


Affiliations
1 Department of Forensic Medicine, S.D.U.M.C, Kolar, Karnataka, India
2 Department of Anatomy, S.D.U.M.C, Kolar, Karnataka, India
     

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The accurate estimation of stature helps to establish an individual's identity in medicolegal issues relating to skeletal remains examination. Stature is estimated using combined dimensions of bones responsible for living height or using regression equations based on complete long bone length measurements. In some instances like a mass disasters, these methods cannot be applied as complete long bones are not available. The aim of the present study is to derive linear regression formulae for estimating stature of adult Indian population from the fragmentary remains of femur. The study includes 50 male femurs and 50 female femurs of south Indian origin dissected from cadavers. Linear regression equations for various morphometric parameters of proximal and distal end of femur is derived to estimate length of femur and hence to estimate the stature of an individual.

Keywords

Stature, Femur Length, Regression Equation
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  • P.Mahakkanukrauh etal. Stature estimation from long bone lengths in a thai population, Forensic science international, 210(2011), 279e1 – 279e7

  • Magendran chandran, Virendra kumar, Reconstruction of femur length from its fragments in south Indian males, Journal of Forensic and Legal Medicine, 2012, 19, 132-136.

  • Mubarak Ariyo Bidmos, Stature Reconstruction using fragmentary femora in south Africans of European descent, J Forensic Sci, September 2008, vol.53,No5, 1044 – 1048

  • Mubarak Ariyo Bidmos, fragmentary femora: Evaluation of the accuracy of the direct and indirect methods in stature reconstruction, Forensic science international, 192, 2009, 131.e1- 131.e5.

  • Prasad etal, Reconstruction of Femur length from markers of its proximal end, Clin Anat., 1996, 9(1), 28-33.

  • V.Alunni.Perret, P.staccini, G. Quatrehomme, Sex determination from distal part of femur in a French contemporary population, Forensic Science International, 2008, 175, 113-117.

  • Carolyn L. Giroux, B.A. and Daniel J. Wescott, Stature estimation based on dimensions of the bony pelvis and proximal femur., J Forensic Sci, January, 2008, vol. 53, No. 1, 65 – 68.

  • Mysorekar VL, Verma PK, Nandedkar AN, Estimation of stature from parts of bone – lower end of femur and upper end of upper end of radius, Medical science law, 1980;20;283-6

  • Hauser R, Smolinski J, Gos T, The estimation of stature on the basis of measurements of femur, Forensic science international, 2005;147;185-90

  • Simmons T, Jantz RL, Bass WM, Stature estimation from fragmentary femora, a revision of steeles method, J Forensic sci 1990 May;35(3);628-36


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  • Reconstruction of Femur Length from its Fragments

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Authors

R. Umesh Babu
Department of Forensic Medicine, S.D.U.M.C, Kolar, Karnataka, India
Roshni Sadashiv
Department of Anatomy, S.D.U.M.C, Kolar, Karnataka, India
J. Kiran
Department of Forensic Medicine, S.D.U.M.C, Kolar, Karnataka, India

Abstract


The accurate estimation of stature helps to establish an individual's identity in medicolegal issues relating to skeletal remains examination. Stature is estimated using combined dimensions of bones responsible for living height or using regression equations based on complete long bone length measurements. In some instances like a mass disasters, these methods cannot be applied as complete long bones are not available. The aim of the present study is to derive linear regression formulae for estimating stature of adult Indian population from the fragmentary remains of femur. The study includes 50 male femurs and 50 female femurs of south Indian origin dissected from cadavers. Linear regression equations for various morphometric parameters of proximal and distal end of femur is derived to estimate length of femur and hence to estimate the stature of an individual.

Keywords


Stature, Femur Length, Regression Equation

References