International Journal of Current Research and Review (IJCRR)

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IJCRR - Vol 11 Issue 12, June

Pages: 07-10

Date of Publication: 19-Jun-2019


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Morphometric Analysis of Distal End of Dry Adult Human Fibulae

Author: Juned Labbai, Kruti Tapiyawala

Category: Healthcare

Abstract:Background: Ankle joint is one of the most frequently injured joint and very limited amount of studies is available on morphometry of the articular surfaces of bones forming the tibio-fibular mortise which will help in the reconstruction surgeries and in the manufacture of implants.
Methods: 120 dry adult fibulae (60 right & 60 left) obtained from the Department of Anatomy were studied.
Results: The mean height of talar facet on fibula was found to be 20.61\?2.07 mm on the left side and 20.63\?1.64 mm on the right side. The mean width of talar facet on fibula was found to be 18.07\?2.14 mm on the left side and 18.03\?1.98 mm on the right side.
Conclusions: The study provides a comprehensive data about the morphometry of distal end of dry adult fibulae which will help in reconstruction surgeries of the ankle joint.

Keywords: Fibula, Distal end, Talar facet

DOI URL: http://dx.doi.org/10.31782/IJCRR.2019.11122

Full Text:

INTRODUCTION

Ankle joint is one of the most frequently injured joint and very limited amount of studies is available on morphometry of the articular surfaces of bones forming the tibio-fibular mortise which will help in the reconstruction surgeries and in the manufacture of implants1. The distal tibia together with the fibula make a syndesmosis which forms the ‘mortise’ that articulates with the ‘tenon’, the talus at the talocrural joint.2

Ankle fractures have shown an exponential increase in incidence due to the high speed motorcycles on the roads. Better understanding of the mechanism of injury, and the displacements of the components: the lateral malleolus, the talus and the medial malleolus has resulted in better management of these injuries.3

Fibula plays a pivotal role in the tibio-fibular syndesmosis for the stabilization of the talocrural joint. Pre- and postoperative evaluation of talocrural fracture patterns are dependent on the distal fibular anatomy.4

MATERIALS AND METHODS:

The study was conducted on dry adult human fibulae. The fibulae were obtained from the bone collection of the Department of Anatomy of a tertiary care hospital. Of the total collection of fibulae in the department, 120 undamaged dry adult fibulae (60 right & 60 left), were selected for the study. The Fibulae were of undetermined gender & age. Each fibula was assigned a serial number. Anatomical measurements were taken using a vernier caliper (0-200 mm with a precision of 0.01 mm) and protractor. Damaged bones, bones affected due to any pathology were excluded. Statistical analysis: Descriptive statistical methods like mean, SD and percentage was used for depicting and analysing data.

Following parameters were recorded in a proforma:

  1. Anteromedial distance of the facet for talus

  2. Posteromedial distance of the facet for talus

  3. Maximum height of the facet for talus

  4. Maximum width of the facet for talus

  5. Angle between sides of talar facet

RESULTS:

The results obtained from the present study have been tabulated in table 1 and 2

DISCUSSION

The measurements of the distal end of tibia and fibula are vital in considering the stability of ankle joint, in designing of prostheses for use in ankle arthroplasty and in interpretation of diagnostic images of the ankle joint5

 

CONCLUSION

The study provides a comprehensive data about the morphometry of distal end of dry adult fibulae which will help in reconstruction surgeries of the ankle joint. In addition, the osteometry of the talar facet will lead to advances in design of prosthesis regarding the talocrural joint.

ACKNOWLEDGMENTS:

Authors acknowledge the immense help received from the scholars whose articles are cited and included in references of this manuscript. The authors are also grateful to authors / editors / publishers of all those articles, journals and books from where the literature for this article has been reviewed and discussed.

Authors also acknowledge

The Dean, Seth GS Medical College & KEMH, Mumbai

Department of Anatomy, Seth GSMC & KEMH, Mumbai

Funding: No funding sources

Conflict of interest: None declared

Ethical approval: Not required

 

References:

 

  1. Shishirkumar, Satheesha N, Kumar A, Patil GV. Morphometric study of the Articular Surfaces of Bones Forming the Tibio-Fibular Mortise in South Indian Population.

Journal of Evidence Based Medicine and Healthcare 2014; 1(4): 190-197.

  1. Musa M, Joseph N, Pamela M, Moses O, Gichambira G. Sexual dimorphism in the morphometric characteristics of the tibial plafond and medial malleolus. Indian Journal of Basic & Applied Medical Research 2013; 2(7): 760-763

  2. Raza HKT, Raza SMG, S. Upadhyay. Anthropometry of the Lateral Malleolus. International Journal of Recent Scientific Research 2015; 6 (6) : 4821-4826

  3. Naidoo N, Ishwar Kumar S, Lazarus, Pillay P, Satyapal K.S. Osteometry and morphology of the human fibula: A South African study. Int. J. Morphol 2015; 33(3):1071-1077.

  4. Gupta C, Palimar V, Nayak N, Yadav JS, Kalthur SG.A Morphometric Study of Distal Articulating Surfaces of Tibia and Fibula in South Indian Population with its Clinical Implications. Int. J. Pharm. Sci. Rev. Res 2017; 42(2): 36-38

  5. M.S. Patil, S.M.G. Raza, Md. Nayeem Ali. Anthropometric measurements of ankle mortise for evaluating mortise fracture reductions with an aim to develop contoured implants. Al Ameen J Med Sci 2012; 5(4) : 381-387