Home
About Us
Issues
Authors
Reviewers
Users
Subscription
Our Other Journals
Site map
Aims and Scope
Salient Features
Editorial Board
Editorial Statements
Editorial-PeerReview Process
Publication Ethics & Malpractice
Ijars Performance
Journal Policy
Contact Us
Current Issue
Forthcoming
Article Archive
Access Statistics
Simple Search
Advanced Search
Submit an Article
Instructions
Assistance
Publication Fee
Paid Services
Apply As Reviewer
Acknowledgment
Register Here Edit Register
Register For Article Submission
Login Here Logout
Login For Article Submission
Annual
Buy One Issue
Payment Options
How to Order
JCDR
IJNMR
NJLM

 

Welcome : Guest

Users Online :

 

 

 

 

 

 

 

 

Original article / research

2021
Year :2021 Month : September-October Volume : 10 Issue : 4 Page : AO14 - AO16

A Study of Morphometric and Topographic Anatomy of Nutrient Foramen in Fibula

Published: October 1, 2021 | DOI: https://doi.org/10.7860/JCDR/2021/48630.2691
Correspondence Address :
Shoma Alban, JB Linda, GA Jos Hemalatha,
Dr. Shoma Alban,
Senior Assistant Professor, Department of Anaotmy, Kanyakumari Government Medical College, Asaripallam, Nagercoil-629201, Tamil Nadu, India.
E-mail: drshomaalban@gmail.com
Introduction: Introduction: Long bones receive its primary blood supply from the nutrient arteries. They are transmitted through oblique canals, called nutrient foramina, into its diaphysis. Knowledge of foraminal topography helps to preserve bone vascularity during surgeries.

Aim: To estimate the morphometric and topographic characteristics of diaphyseal nutrient foramina of fibula.

Materials and Methods: A descriptive osteometric and morphological assessment of 50 dry fibulae of unknown age and sex were done. The samples were obtained from the Department of Anatomy, Kanyakumari Government Medical College, Asaripallam, Tamil Nadu, India. The length of each bone was measured directly using a measuring tape. Number, location and the direction of nutrient foramina were observed and the data were presented in a tabulated format.

Results: The mean height of the fibula on the right side was 35.86±2.441 cm, whereas on the left was 36.64±2.537 cm. It was observed that 92% of the right and 96% of the left bones presented a single foramen. The nutrient foramina were predominately present on the posterior surface of the middle third of the shaft and were directed away from the growing end of the bone.

Conclusion: As vascularised osteocutaneous fibular graft is recommended as a useful treatment option for bone transplant surgeries, the data gathered in this study could be useful for the orthopaedic surgeons.
 
[ FULL TEXT ]   |   [ ]
 

Article Utilities

  • Readers Comments
  • Article in PDF
  • Citation Manager
  • Article Statistics
  • Link to PUBMED
  • Print this Article
  • Send to a Friend

Quick Links

REVIEWER
ACCESS STATISTICS
Home  |  About Us  |  Online First  |  Current Issue  |  Simple Search  |  Advance Search  |  Register  |  Login  |  Contact  |  Privacy Policy  |  Terms of Use
Author Support  |  Submit Manuscript  |  IJARS Pre-Publishing  |  Reviewer  |  Articles Archive  |  Access Statistics
©INTERNATIONAL JOURNAL OF ANATOMY RADIOLOGY & SURGERY (IJARS), ISSN : 2277-8543.
EDITORIAL OFFICE : 1/9, Roop Nagar, Delhi 11000. Phone : 01123848553

* This Journal is owned and run by medical professionals *