tibiofemoral

Examples

• All

• With tibiofemoral disease, the pain is often worse with weight-bearing activities and located either medial or lateral to the midline, along the tibiofemoral joint line.

  Academic text (2005)

• The theoretical estimates of tibiofemoral forces have varied between three and six times body weight, depending on the mathematical models used and on the type of activity analyzed.

  Academic text (2006)

• Historically, mathematical models have been used to predict tibiofemoral forces.

  Academic text (2006)

• Predictions of tibiofemoral forces are highly variable because of the complex interplay of the muscles involved in activities.

  Academic text (2006)

• Forces were measured by the four load cells of the force transducer during one gait cycle to produce the total tibiofemoral force graph.

  Academic text (2006)

• An implantable telemetry system was developed to measure tibiofemoral compressive forces directly in vivo.

  Academic text (2006)

• Scientists have developed the next generation e-Knee with the ability to measure shear and torque forces in addition to tibiofemoral compression and tension forces.

  Academic text (2006)

• With tibiofemoral disease, the pain is often worse with weight-bearing activities and located either medial or lateral to the midline, along the tibiofemoral joint line.

  Academic text (2005)

• An electronic total knee prosthesis (e-Knee) was developed to directly measure tibiofemoral compressive and tensile forces in vivo.

  Academic text (2006)

• Athletes often suffer from tibiofemoral pain due to the high demands placed on their knees during training.

Surface Forms

Morphology

Etymology