Shaping of comminuted maxilla fractures with titanium mesh

https://doi.org/10.53730/ijhs.v5nS2.14157

Authors

  • Grace Budhiraja Professor, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab
  • Harsimrat Singh Senior Resident, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab
  • Navjot Kaur Asisstant Professor, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab
  • Harpreet Resident, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab
  • Prabhjot Resident, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab
  • Harpreet Singh Khullar Resident, Department Of ENT, Adesh Institute of Medical Sciences And Research, Bathinda, Punjab
  • Anu Resident, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab
  • Nischai Goyal Resident, Department Of ENT, Adesh Institute Of Medical Sciences And Research, Bathinda, Punjab

Keywords:

maxillary fracture, titanium mesh, multiple communicated, fragmentation

Abstract

Multiply comminuted fragmented fracturesof the maxillofacial area are difficult to fix with titanium plates because of the small size of fragments, complex 3D anatomy, thin bone which is unable to hold screws and multidirectional pull of muscles.This study intend to present a case series of extremely comminuted maxilla fractures involving orbital floor both of which rereconstructed with Titanium mesh, cut to shape and used to mold the small fragmented segments in to the shape of the facial bones. Severe fragmentation of maxillary wall leads to facial hollowing, tissue prolapse and asymmetry even after major facial buttresses are reconstructed. Simple Titanium mesh can be used to reconstruct these severe fragmentations of thin bones of the maxillary wall as shown in the series and avoid late and unsightly complications.

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Published

27-12-2021

How to Cite

Budhiraja, G., Singh, H., Kaur, N., Harpreet, H., Prabhjot, P., Khullar, H. S., Anu, A., & Goyal, N. (2021). Shaping of comminuted maxilla fractures with titanium mesh. International Journal of Health Sciences, 5(S2), 1118–1124. https://doi.org/10.53730/ijhs.v5nS2.14157

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