Søren Rytter
14 Papers
16 Citations
Søren Rytter is an academic researcher. The author has contributed to research in topics: Medicine & Kneeling. The author has an hindex of 7, co-authored 8 publications.
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Papers
Relationship between years in the trade and the development of radiographic knee osteoarthritis and MRI-detected meniscal tears and bursitis in floor layers. A cross-sectional study of a historical cohort.
TL;DR: A dose–response relationship for radiographic TF knee OA in floor layers with a significant amount of kneeling work and an increase of MRI-verified medial meniscal tears among workers with kneeling work is suggested.
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Clinical knee findings in floor layers with focus on meniscal status.
TL;DR: Clinical knee findings suggesting possible meniscal lesions were significant more prevalent among floor layers compared to a group of low-level exposed graphic designers and an association with occupational kneeling could be possible.
Symptomatic knee disorders in floor layers and graphic designers. A cross-sectional study
TL;DR: The study showed an overall increased risk of developing symptomatic TF OA in a group of floor layers with a substantial amount of kneeling work positions and Prevention would be appropriate to reduce the proportion of kneeling postures.
MR Imaging of Intra- and Periarticular Cyst-Like Lesions of the Knee Joint in Workers with Occupational Kneeling
TL;DR: Occupational kneeling increases the risk of cyst-like lesions in the posterior part of the knee joint and there was no significant difference between the two trade groups.
Medial congruent polyethylene design show different tibiofemoral kinematics and enhanced congruency compared to a standard symmetrical cruciate retaining design for total knee arthroplasty—an in vivo randomized controlled study of gait using dynamic radiostereometry
Emil Toft Petersen,Søren Rytter,Daan Koppens,J Dalsgaard,Torben Hansen,Michael I. Andersen,Maiken Stilling +6 more
TL;DR: This double-blinded randomized study demonstrates that the MC-bearing design changes tibiofemoral kinematics and increases the area of congruency towards more native knee kinematic than the CR bearing.
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