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Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study
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İ. Ç. Yılgör And A. Alanay, "Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study," Eurospine , vol.4, Vienna, Austria, pp.6, 2024

Yılgör, İ. Ç. And Alanay, A. 2024. Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study. Eurospine , (Vienna, Austria), 6.

Yılgör, İ. Ç., & Alanay, A., (2024). Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study . Eurospine (pp.6). Vienna, Austria

Yılgör, İLYAS, And Ahmet ALANAY. "Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study," Eurospine, Vienna, Austria, 2024

Yılgör, İLYAS Ç. And Alanay, Ahmet. "Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study." Eurospine , Vienna, Austria, pp.6, 2024

Yılgör, İ. Ç. And Alanay, A. (2024) . "Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study." Eurospine , Vienna, Austria, p.6.

@conferencepaper{conferencepaper, author={İLYAS ÇAĞLAR YILGÖR And author={Ahmet ALANAY}, title={Adaptation of abdominal wall to spinal deformity might compromise postoperative biomechanics and contribute to PJK - simulation study}, congress name={Eurospine}, city={Vienna}, country={Austria}, year={2024}, pages={6} }