A cross-section of the neck showed that septins in U. maydis form a collar-like structure (Fig. 2A).
Next, the femoral head was divided into anatomic regions by creating a plane based on 3 points: (1) the geometric center of the head when fitted to a sphere, (2) the center of the narrowest cross-section of the neck, and (3) the circumferential center of the femoral shaft.
Although differences appear to be present, at first sight, between the neck of PMOL-AR00008 and PMOL-AR00180, particularly in the degree of separation of the postzygapophyses, these are only because different sections of the neck are exposed in the two specimens.
A center line of the femoral neck was drawn in transverse section of the femoral neck.
They reported stress shielding in the anterosuperior region of the femoral neck beneath the prosthesis and stress concentrations around the short stem in the inferior cross section of the femoral neck.
The shell was sliced along the principal plane of crushing and the most deformed cross sections of the necks were measured.
At this time a section of the radial neck remained, termed the 'bone-bridge,' in order to preserve the native radial head articular location.
Fig. 3 A schematic diagram showing a cross section through the neck region of the phantom; it shows the position, lateral depth and amount of radioactivity in the simulated lymph nodes.
Area of interest was the upper 5 mm section of the implant, beginning at the neck of the implant towards the apical direction.
