Systematic Reviews
Copyright ©The Author(s) 2022.
World J Orthop. Jul 18, 2022; 13(7): 662-675
Published online Jul 18, 2022. doi: 10.5312/wjo.v13.i7.662
Table 4 Main characteristics of studies included in this systematic review, n = 24
Ref.
Design of study
AEAP used
Number of patients involved
Mean follow up
Outcome measures used
Technique favoured
Ahn et al[45]Retrospective cohort studyLET17149.7 ± 5.7 moIKDC, KL grade, graft maturation score and revision ratesACLR with LET favoured over ACLR alone
Chiba et al[23]RCTLET1812 moAnterior tibial translation, KOOS, tibial rotation relative to the femurACLR with LET is not superior to ACLR alone
Dejour et al[46]Prospective cohort studyLET7525 moAnterior tibial translation, IKDC, pivot shift gradingACLR with LET favoured over ACLR alone
Erden et al[47]Retrospective cohort studyALLR6324 moCincinnati knee score, IKDC, Lysholm scores, graft rupture rate, anterior tibial translation, pivot shift testACLR with ALLR is not superior to ACLR alone
Ferretti et al[33]Retrospective cohort study LET140120 moLysholm score, IKDC, Tegner score, anterior tibial translationACLR with LET favoured over ACLR alone
Getgood et al[12]RCTLET61824 moP4, KOOS, Marx Activity Rating scale, IKDC, ACL QOLACLR with LET favoured over ACLR alone
Giraud et al[48]Prospective cohort study LET6384 moIKDC, anterior tibial translation, radiological medial and lateral compartment laxityACLR with LET is not superior to ACLR alone
Goncharov et al[49]Prospective cohort study ALLR5024 moTegner Lysholm score, IKDC, Lachmann test, Pivot shift testACLR with ALLR is not superior to ACLR alone
Hamido et al[39]RCTALLR10760 moIKDC, anterior tibial translation, Tegner score, Lysholm scoreACLR with ALLR favoured over ACLR alone
Helito et al[55]Case control study ALLR9029.6 ± 6.2 mo for group 1; 28.1 ± mo for group 2 Anterior tibial translation, IKDC, Lysholm, Tegner score Pivot shift test, rupture ratesACLR with ALLR favoured over ACLR alone
Ibrahim et al[40]RCTALLR10327 moAnterior tibial translation, IKDC, Lysholm score, Tegner score, Pivot shift testACLR with ALLR is not superior to ACLR alone
Lee et al[50]Retrospective cohort study ALLR8736 moACL-RSI, Anterior tibial translation, IKDC, Lysholm score, Tegner scoreACLR with ALLR is not superior to ACLR alone
Mahmoud et al[11]Matched cohort studyLET144120 moIKDC, Lysholm score, OKS, Tegner scoreACLR with LET favoured over ACLR alone
Mogoş et al[24]RCTALLR5712 moIKDC, Lysholm score, Pivot shift test, Rolimeter test, Tegner scoreACLR with ALLR favoured over ACLR alone
Porter et al[41]RCTLET5524 moIKDC, Lysholm score, KOOS, Tegner scoreACLR with LET favoured over ACLR alone
Rowan et al[51]Prospective cohort studyLET27352 moLysholm score, Tegner scoreACLR with LET favoured over ACLR alone
Sonnery-Cottet et al[52]Prospective cohort study ALLR50238.4 ± 8.5 moIKDC, Lysholm score, Side to side laxity, Tegner scoreACLR with ALLR favoured over ACLR alone
Sonnery-Cottet et al[53]Retrospective cohort studyALLR 38337.4 moLysholm score, Side to side laxity, Tegner scoreACLR with ALLR favoured over ACLR alone
Sonnery-Cottet et al[25]RCTALLR22412.3 ± 1.9 moIKDC, Lysholm score, KOOS, Range of motion, Tegner scoreACLR with ALLR favoured over ACLR alone
Sonnery-Cottet et al[36]Matched cohort study ALLR172 104.33 ± 3.74 moIKDC, Lysholm score, KOOS, Side to side laxity, Tegner scoreACLR with ALLR favoured over ACLR alone
Stensbirk et al[42]RCTLET60180 moAKP questionnaire, Lysholm score, Tegner scoreACLR with LET is not superior to ACLR alone
Trichine et al[43]Single blinded RCTLET12024 moIKDC, Objective laxityInconclusive
Vadalà et al[44]RCTLET6044.6 moAnterior tibial translation, IKDC, Lysholm score, Tegner score, VASACLR with LET favoured over ACLR only
Ventura et al[54]Retrospective cohort studyLET2454 moAnterior tibial translation, IKDC, Lysholm score, Tegner scoreACLR with LET favoured over ACLR alone