2025年2月3日 · The tibial diaphysis is triangular in cross-section and has medial, lateral, and posterior surfaces separated by the anterior, lateral (interosseous), and medial borders. The shaft is thinnest at the junction of the middle and distal thirds.

The shaft or body of the tibia is triangular in cross-section and forms three borders: an anterior, medial, and lateral or interosseous border. These three borders form three surfaces: the medial, lateral, and posterior.

2023年11月3日 · The tibial body (or shaft) is triangular in cross-section and so it has three surfaces (posterior, medial, and lateral) and three borders (anterior, interosseous, and medial). The medial surface, commonly called the shin, is bound by the anterior and medial borders.

2013年3月27日 · The tibial diaphyseal cross-sectional shape develops from a primarily round cross-section in the youngest age group to a more anteroposteriorly directed cross-section in older individuals. These changes are most evident in …

2023年8月8日 · The shaft of the tibia is triangular in cross-section with three borders and three surfaces. The three borders as the anterior, medial, and interosseous and the three surfaces are the lateral, medial (anterior), and posterior. The anterior border divides the medial and lateral surface, the medial border divides the medial and posterior surface ...

2013年7月26日 · The human tibia shows a peculiar shape when observed from lateral, where its cross-section varies linearly along the tibial axis (Fig. 1). This suggests that the shape of the tibia could be optimized to resist a cantilever load acting in the sagittal plane.

2015年3月1日 · The patient-specific model can simplify the model considering a hollow circular cross-section bar subjected to torque because the mid-shaft cross-section of the tibia is quasi-circular and the maximum stresses are located in this bone's section.

The geometric arcs of femoral and tibial condyles were divided into three parts namely anterior 1/3rd, distal (femur) or middle (tibia) 1/3rd and posterior 1/3rd and were estimated in the sagittal plane for the femur and transverse plane for tibia using the ROC gauges.

Using the cross-section at the mid-span of the diaphysis where the reflective tape is located, a 2D semi-analytical finite element (SAFE) analysis was performed to extract the phase velocity...

Reports by others also show a trend of the tibia cross-section to reflect the changing pattern of bending and torsion stresses along the bone, and to ascribe the corresponding geometrical changes to mechanically induced regional shifts in the histomorphometrically assessed bone mineral apposition rate (Piziali et al. 1980; Schilling et al. 1992 ...