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Digital "V" arthrodesis
G A Pichney1, R Derner, E Lauf
1Northern Virginia Podiatric Medical Residency Program, Falls Church.
Summary
The "V" arthrodesis offers a promising surgical solution for digital hammertoes, improving stability and alignment. This technique is technically simpler and more stable than other fusion methods for correcting toe deformities.
Area of Science:
- Orthopedic surgery
- Podiatric surgery
- Foot and ankle reconstruction
Background:
- Traditional surgical treatments for digital hammertoes and related deformities often lead to secondary complications.
- Phalangeal base resections compromise intrinsic muscle stability.
- Phalangeal head resections and indiscriminate tendon lengthenings result in mal-alignment and functional deficits.
Purpose of the Study:
- To introduce and evaluate the "V" arthrodesis as a novel surgical technique for digital fusions.
- To compare the "V" arthrodesis with existing fusion methods regarding technical difficulty and stability.
- To assess the preliminary outcomes of the "V" arthrodesis in correcting digital deformities.
Main Methods:
- The study introduces the "V" arthrodesis technique for proximal interphalangeal joint fusion.
- The "V" arthrodesis is compared to peg-in-hole and end-to-end arthrodesis in terms of technical ease and stability.
- Preliminary results of the "V" arthrodesis procedure are presented.
Main Results:
- The "V" arthrodesis is technically less demanding than peg-in-hole fusion.
- The "V" arthrodesis demonstrates enhanced stability compared to end-to-end arthrodesis.
- Preliminary outcomes of the "V" arthrodesis are promising for digital deformity correction.
Conclusions:
- The "V" arthrodesis provides a viable and effective alternative for surgical correction of digital hammertoes.
- This technique offers improved structural stability and alignment compared to previous methods.
- Further evaluation of the "V" arthrodesis is warranted based on promising initial results.
