Technique for 3-dimesional (3D) modeling of osteoarticular medial femoral condyle vascularized grafting to replace the proximal pole of unsalvagable scaphoid nonunions

Matthew T. Houdek, Jane M. Matsumoto, Jonathan M. Morris, Allen Thorp Bishop, Alexander Yong-Shik Shin

Research output: Contribution to journalArticle

6 Citations (Scopus)

Abstract

This study describes a novel technique for the preoperative surgical planning for an osteoarticular medial femoral condyle (MFC) graft to replace the proximal pole of a scaphoid. In cases of proximal pole scaphoid nonunion or in Preiser disease, fragmentation of the articular surface can occur, leading to significant pain and disability. Osteoarticular MFC bone grafting can be used to treat these injuries by providing a vascularized osteoarticular surface. Using 3-dimensional imaging and printing we are able to precisely model the injured scaphoid, and also accurately plan the harvest of MFC osteoarticular graft. This technique allows for accurate preoperative planning of a complex 3-dimensional bone, and has improved our execution of the plan intraoperatively.

Original languageEnglish (US)
Pages (from-to)117-124
Number of pages8
JournalTechniques in Hand and Upper Extremity Surgery
Volume20
Issue number3
DOIs
StatePublished - Aug 23 2016

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Thigh
Bone and Bones
Transplants
Bone Transplantation
Joints
Pain
Wounds and Injuries

Keywords

  • 3D printing
  • Medial femoral condyle
  • Osteoarticular autograft
  • Scaphoid nonunion

ASJC Scopus subject areas

  • Surgery
  • Orthopedics and Sports Medicine

Cite this

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title = "Technique for 3-dimesional (3D) modeling of osteoarticular medial femoral condyle vascularized grafting to replace the proximal pole of unsalvagable scaphoid nonunions",
abstract = "This study describes a novel technique for the preoperative surgical planning for an osteoarticular medial femoral condyle (MFC) graft to replace the proximal pole of a scaphoid. In cases of proximal pole scaphoid nonunion or in Preiser disease, fragmentation of the articular surface can occur, leading to significant pain and disability. Osteoarticular MFC bone grafting can be used to treat these injuries by providing a vascularized osteoarticular surface. Using 3-dimensional imaging and printing we are able to precisely model the injured scaphoid, and also accurately plan the harvest of MFC osteoarticular graft. This technique allows for accurate preoperative planning of a complex 3-dimensional bone, and has improved our execution of the plan intraoperatively.",
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author = "Houdek, {Matthew T.} and Matsumoto, {Jane M.} and Morris, {Jonathan M.} and Bishop, {Allen Thorp} and Shin, {Alexander Yong-Shik}",
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AU - Matsumoto, Jane M.

AU - Morris, Jonathan M.

AU - Bishop, Allen Thorp

AU - Shin, Alexander Yong-Shik

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AB - This study describes a novel technique for the preoperative surgical planning for an osteoarticular medial femoral condyle (MFC) graft to replace the proximal pole of a scaphoid. In cases of proximal pole scaphoid nonunion or in Preiser disease, fragmentation of the articular surface can occur, leading to significant pain and disability. Osteoarticular MFC bone grafting can be used to treat these injuries by providing a vascularized osteoarticular surface. Using 3-dimensional imaging and printing we are able to precisely model the injured scaphoid, and also accurately plan the harvest of MFC osteoarticular graft. This technique allows for accurate preoperative planning of a complex 3-dimensional bone, and has improved our execution of the plan intraoperatively.

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