J Cournapeau1, S Klouche, P Hardy. 1. Hôpitaux Universitaires Paris Ile-de-France Ouest, AP-HP, 92100 Boulogne-Billancourt, France. cournapeau.jerome@gmail.com
Abstract
INTRODUCTION: In France, approximately 36,000 anterior cruciate ligament (ACL) reconstruction surgical procedures are performed every year. Technical progress, in particular arthroscopy, has made surgery more precise, but more expensive. In a context of healthcare cost containment, the increase in the cost of technology must be compared to the improved outcome for the patients. The main aim of this study was to determine all material costs related to ACL reconstruction using hamstring tendons. This study also compared the material costs between the two arthroscopic techniques: standard or "all-inside". MATERIALS AND METHODS: A retrospective study of material costs was performed in 2011. With the standard technique, the tibial tunnel was drilled from outside to inside, while with the all-inside technique two tunnels were drilled from inside to outside. All of the material used from the first swab to the final bandage was reported. It was classified into three categories: reusable arthroscopy material, disposable arthroscopic material, and disposable surgical supplies. The costs were those of our supplier in 2011 (Arthrex™) and based on Public Hospitals of Paris (AP-HP) public contract tariffs. RESULTS: Standard ligament reconstruction was less expensive than the all-inside technique: 791.59€ versus 931.06€ excluding taxes (hors taxes [HT]), respectively. The largest percentage of expenses was allocated to disposable material use (81 and 84%). DISCUSSION: Possible avenues of savings are limited: all the material used was necessary. To control costs, correct use and good maintenance of instruments are the most important elements. LEVEL OF EVIDENCE: Level IV. Economic and decision analyses, retrospective study.
INTRODUCTION: In France, approximately 36,000 anterior cruciate ligament (ACL) reconstruction surgical procedures are performed every year. Technical progress, in particular arthroscopy, has made surgery more precise, but more expensive. In a context of healthcare cost containment, the increase in the cost of technology must be compared to the improved outcome for the patients. The main aim of this study was to determine all material costs related to ACL reconstruction using hamstring tendons. This study also compared the material costs between the two arthroscopic techniques: standard or "all-inside". MATERIALS AND METHODS: A retrospective study of material costs was performed in 2011. With the standard technique, the tibial tunnel was drilled from outside to inside, while with the all-inside technique two tunnels were drilled from inside to outside. All of the material used from the first swab to the final bandage was reported. It was classified into three categories: reusable arthroscopy material, disposable arthroscopic material, and disposable surgical supplies. The costs were those of our supplier in 2011 (Arthrex™) and based on Public Hospitals of Paris (AP-HP) public contract tariffs. RESULTS: Standard ligament reconstruction was less expensive than the all-inside technique: 791.59€ versus 931.06€ excluding taxes (hors taxes [HT]), respectively. The largest percentage of expenses was allocated to disposable material use (81 and 84%). DISCUSSION: Possible avenues of savings are limited: all the material used was necessary. To control costs, correct use and good maintenance of instruments are the most important elements. LEVEL OF EVIDENCE: Level IV. Economic and decision analyses, retrospective study.
Authors: Ariel de Lima Diego; de Vasconcelos Stemberg Martins; Leite José Alberto Dias; Pinto Dilamar Moreira; Teixeira Rogério Beltrão; de Léo Álvaro Coelho; Silveira Leonardo de Lima; Gonçalves Romeu Krause; Gonçalves Marcelo Carvalho Krause; de Vasconcelos Ana Carolina Leite; Filho Carlos Frederico Dias Costa; de Lima Lana Lacerda Journal: Open Orthop J Date: 2017-10-31
Authors: Marcus Vinicius Danieli; João Paulo Fernandes Guerreiro; Alexandre Oliveira Queiroz; Carlos Roberto Padovani Journal: Acta Ortop Bras Date: 2018 Mar-Apr Impact factor: 0.513