Table 4.

Association Between Jump-Landing Biomechanics and Lateral T1ρ Relaxation Times After Accounting for the Presence of Meniscal Tear and/or Cartilage Lesion ^a

	LFC, ΔR 2, β				LTC, ΔR 2, β
Variable	Global	Posterior	Central	Anterior	Global	Posterior	Central	Anterior
Injured vGRF	0.20, 0.46	0.12, 0.36	0.15, 0.40	0.06, 0.24	0.01, 0.08	0.04, 0.21	0.01, 0.05	0.01, –0.08
P value	.02	.08	.05	.24	.70	.30	.79	.69
Injured KEM (n = 25)	0.01, –0.03	0.01, –0.03	0.01, –0.04	0.01, –0.01	0.24, –0.49	0.21, –0.45	0.14, –0.37	0.18, –0.42
P value	.88	.89	.87	.99	.02	.03	.07	.04
Injured KAM	0.01, 0.01	0.01, –0.11	0.01, –0.03	0.05, 0.23	0.01, 0.09	0.01, –0.01	0.01, 0.04	0.04, 0.20
P value	.95	.58	.90	.25	.66	.98	.84	.32

^a Boldface P values indicate statistical significance (P ≤ .05). KAM, peak internal knee adduction moment; KEM, peak internal knee extension moment; LFC, lateral femoral condyle; LTC, lateral tibial condyle; vGRF, vertical ground-reaction force.