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. 2007 Apr;210(4):472–490. doi: 10.1111/j.1469-7580.2007.00704.x

Table 5.

Equations of the trend lines fitted to the plots of tendon excursion against joint angle of flexion in the hare. Equations and R2 values are means, N = 4

Muscle–tendon unit Joint of action Equation R2
Tensor fascia lata Hip y = 0.16x3 − 1.11x2 +2.73x − 1.06 0.97
Knee y = −0.17x + 14.74 0.51
Gluteus superficialis Hip y = 8.49x + 41.04 0.71
Gluteus medius Hip y = 4.57x2 − 14.64x + 32.37 0.85
Psoas Hip y = 2.30x2 + 3.50 + 27.16 0.96
Iliacus Hip y = 0.52x2 − 0.32x + 26.28 0.94
Rectus femoris Hip y = 11.62x + 6.46 0.99
Sartorius Hip y = −0.025x2 + 3.18x − 1.81 0.96
Semimembranosis Hip y = −3.46x + 10.58 0.97
Knee y = 1.82x2 − 2.71x + 40.80 0.75
Semitendinosis Hip y = −3.03x + 10.50 0.98
Knee y = −0.91x2 + 17.8x + 8.25 0.97
Gracilis Hip y = 0.77x2 − 5.01x + 11.70 0.97
Biceps femoris Hip y = −1.05x2 + 2.38x + 12.16 0.87
Knee y = −0.36x2 + 1.15x + 12.93 0.65
Adductor Hip y = 1.44x3 − 4.63x2 + 0.81x + 5.76 0.99
Vastus and rectus femoris Knee y = −11.26x + 38.72 0.98
Gastrocnemius lateralis Knee y = 8.50x + 18.0 0.97
Gastrocnemius medialis Knee y = 1.65x2 + 6.09x + 1.74 0.95
Flexor digitorum profundus and flexor digitorum superficialis Ankle y = 1.09x2 − 10.0x + 55.27 0.77
Extensor digitorum longus Ankle y = 2.83x2 − 4.07x + 15.93 0.98