Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long-leg radiographs
G Maderbacher, J Schaumburger, C Baier… - Knee Surgery, Sports …, 2014 - Springer
Purpose Rotation of the lower limbs in long-leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long‐leg radiographs
G Maderbacher, J Schaumburger… - Knee Surgery …, 2014 - Wiley Online Library
Purpose Rotation of the lower limbs in long‐leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long‐leg radiographs
G Maderbacher, J Schaumburger… - Knee Surgery …, 2014 - Wiley Online Library
Purpose Rotation of the lower limbs in long‐leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long-leg radiographs.
G Maderbacher, J Schaumburger, C Baier… - Knee Surgery, Sports …, 2014 - europepmc.org
Purpose Rotation of the lower limbs in long-leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long-leg radiographs
G Maderbacher, J Schaumburger… - … : official journal of …, 2014 - pubmed.ncbi.nlm.nih.gov
Purpose Rotation of the lower limbs in long-leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long-leg radiographs.
G Maderbacher, J Schaumburger… - Knee Surgery …, 2014 - search.ebscohost.com
Purpose: Rotation of the lower limbs in long-leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long-leg radiographs
G Maderbacher, J Schaumburger… - Knee Surgery …, 2014 - search.proquest.com
Discussion Because incorrect internal and external rotation negatively inuence the correct
measurement of angles (mechanical femorotibial angle, femoral anatomic mechanical …
measurement of angles (mechanical femorotibial angle, femoral anatomic mechanical …
Predicting knee rotation by the projection overlap of the proximal fibula and tibia in long-leg radiographs
G Maderbacher, J Schaumburger, C Baier… - Knee Surgery, Sports …, 2014 - infona.pl
Purpose Rotation of the lower limbs in long-leg radiographs has a significant impact on
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …
imaging the mechanical femorotibial angle, the femoral anatomic mechanical angle, the …