CC BY-NC-ND 4.0 · Journal of Health and Allied Sciences NU 2012; 02(01): 31-32
DOI: 10.1055/s-0040-1703552
Short Communication

Fibonacci Sequence in Flexion-Extension Complex of Index Digit

Arunachalam Kumar
1   Professor of Anatomy, K. S. Hegde Medical Academy, Nitte University Mangalore - 575 018
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Abstract

Flexion and extension of are simple to and fro movements of the digits. The articulations producing the fully extended or flexed finger are simple condyles. Analysis of the kinetics of the exercise shows that despite its seemingly rudimentary biomechanical sortie, flexionextension of the fingers follows a characteristic mathematical precision and geometric equilibrium, circumscribing a cochlea spiral. Moreover, linear measurements of each osseous elements of the individual digit show a sequential series of increments in dimension, a rise that strictly adheres to the Fibonacci ration. To exemplify the principles of motion, this brief paper describes the movements at example this study describes the flexion-extension complex of the index finger of the hand.



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Artikel online veröffentlicht:
03. März 2020

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  • References

  • 1 Arunachalam Kumar The Index digit rotation and opposition evolution Human Races Monthly, Vol. 1, No.9, 2002
  • 2 Rao A & Arunachalam Kumar Mathematical Analysis of Flexion-Extension of Index Digit Proceedings of the N.C.B.E., Ed. Niranjan UC, VIII 21, 1998
  • 3 Manou J & Arunachalam Kumar The Rotational Kinetics of Index-Pollex in Opposition Exercise th 48 A.S.I. National Conference, Manipal, 2001
  • 4 Rao A & Arunachalam Kumar A Opposition Biomechanics: A Community Study Procedings of the National Conference on Biomedical Engineering, Ed. Niranjan UC, Manipal, 1998
  • 5 Rao A & Arunachalam Kumar Mathematical Analysis of Flexion-Extension of Index Digit Proceedings of the N.C.B.E., Ed. UC Niranjan, VIII 21, 1998
  • 6 Savita S & Arunachalam Kumar The Thumb-Index Complex Biomechanics in Opposition XIV Conference of Indian Society of Hand Surgeons, Manipal, 1990
  • 7 Arunachalam Kumar Complementary Rotation of Index in Thumb-Index Opposition Proceedings of the International Conference of Biomechanics & Clinical Kinesiology of Hand & Foot, Eds. Patil K M & Srinivasan H, IIT Madras, 1985