Lars Engseth

  • Orthopedic registrar, Oslo university hospital; PhD-student
  • 412 54 136

Curriculum Vitae Lars Engseth

Name: Lars Engseth
Address: Trosterudveien 1F

Phone: 412 54 136
E-mail: lars.engseth@gmail.com, laengs@ous-hf.no

 

Lars Engseth graduated MD from NTNU, Tronheim, Norway, in 2012. Currently he is working as a resident at Oslo University Hospital, Ullevål, in the department of orthopedic traumatology. He is married and has 2 small children. Outside of work he likes to be active, and is a former national champion in golf and has represented Norway in the European Championship team competition. In recent years he has done more cross country skiing and running.

 

Experience:

2015 – 2021: Registrar in the Orthopedic Department, Lillehammer Hospital

2014 – 2015: Doctor In the Norwegian Army for the Special Forces
2012 - 2014: Internship at Orkdal Hospital, St. Olavs Trondheim and Alvdal commune

2012: Registrar in the Emergency Department, Skadelegevakt, St.Olavs Hospital, Trondheim

2011: Registrar in the National Competence Centre for Complex Symptom Disorders

 

Planned studies:

1.      Multiple needle plier: a novel device for ligament balancing in TKA

2.      Dynamic RSA measures in Medacta TKA

3.      RSA measures 5-year follow-up in Medacta TKA

4.      RSA vs CT in uncemented Medacta TKA

 

Supervisor:

Stephan M. Röhrl

Start: 2020

 

Publicatons 2025:

Engseth LHWØhrn FDSchulz ARöhrl SM (2025)
CT-based migration analysis of a tibial component compared to radiostereometric analysis : one-year results of a prospective single-group implant safety study
Bone Joint J107-B (2)173-180
DOI 10.1302/0301-620X.107B2.BJJ-2024-0356.R2PubMed 39889761

 

Publications 2023:

Engseth LHWGrønsund JAunan EBrattgjerd JESchulz AMoatshe GRöhrl SM (2023)
A novel instrument for ligament balancing: a biomechanical study in human cadaveric knees
J Exp Orthop10 (1)83
DOI 10.1186/s40634-023-00643-7PubMed 37584812

 

Engseth LHWSchulz APripp AHRöhrl SMHØhrn FD (2023)
CT-based migration analysis is more precise than radiostereometric analysis for tibial implants: a phantom study on a porcine cadaver
Acta Orthop94207-214
DOI 10.2340/17453674.2023.12306PubMed 37114404