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R. SEIL, C. MOUTON, D. THEISEN

70

Although the knowledge of preoperative knee

laxity measurements is evolving, some factors

are still insufficiently understood. Current

rotational arthrometers seem to be insufficiently

precise to evaluate the influence the laxity

increase induced by extraarticular injuries in

general and anterolateral instabilities in

particular.

LITERATURE

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SERNERT N (2009) Knee laxity measurements after

anterior cruciate ligament reconstruction, using either bone-

patellar-tendon-bone or hamstring tendon autografts, with

special emphasis on comparison over time.

Knee Surg Sports

Traumatol Arthrosc 17(9): 1117-24.

[2] ALAM M, BULLAM, THOMAS RD, AMIS AA (2011)

Measurement of Rotational Laxity of the Knee:

In Vitro

Comparison of Accuracy Between the Tibia, Overlying Skin,

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& al.

(2010)

Rotational laxity greater in patients with contralateral

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& al.

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[7] MOUTON C, SEIL R, MEYER T, AGOSTINIS H,

THEISEN D (2014) Combined anterior and rotational laxity

measurements allow characterizing personal knee laxity

profiles in healthy individuals.

Knee Surg Sports Traumatol

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[8] MOUTON C, THEISEN D, MEYER T, AGOSTINIS H,

NUHRENBORGER C, PAPE D,

& al.

(2015) Combined

anterior and rotational knee laxity measurements improve

the diagnosis of anterior cruciate ligament injuries.

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[10] SCHON GM, MOATSHE G, BRADY AW, SERRA

CRUZ R, CHAHLA J, DORNAN GJ, TURNBULL TL,

ENGEBRETSEN L, LAPRADE RF (2016) Anatomic antero­

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overconstraint at any fixation angle.

Am J Sports Med, in press.

[11] SONNERY-COTTET B, LUTZ C, DAGGETT M,

DALMAY F, FREYCHET B, NIGLIS L, IMBERT P (2016)

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[12] WANG CJ, WALKER PS (1974) Rotatory laxity of the

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