Short Bone-Conserving Stems in Cementless Hip Arthroplasty : JBJS Short Bone-Conserving
Stems in Cementless Hip Arthroplasty : JBJS JBJS Journal Case Connector Reviews JBJS.org …

Background Neck sparing short femoral stems are supposed to ease restoration of the
proximal femoral anatomy and physiological hip biomechanics. This stem design is of …

Primary stability is recognised as an important determinant in the aseptic loosening failure
process of cementless implants. An accurate evaluation of the bone–implant relative …

BACKGROUND: Short stem prostheses have been developed to preserve the femoral bone
stock. The purpose of this study was to evaluate the stress-shielding effect in the proximal …

Purpose It was the purpose of this study to investigate loading of the hip joint during various
skiing activities and to compare the results with walking and running. The results are …

Considerable forces and moments act at hip prostheses during most kinds of physical
activities. High torque around the stem axis may contribute to implant loosening. With …

The primary stability that the surgeon can achieve during surgery is a determinant of the
clinical success of cementless implants. Thus, estimating what level of primary stability can …

We determined the range of sizes for a system of monoblock femoral prostheses that would
provide adequate (a term defined in the text) fill in the frontal plane and restore femoral offset …

Short stem prostheses provide conservative surgery and favorable metaphyseal load
transmission. However, clinical long‐term results are lacking. Therefore, in vitro trials can be …

Pre-clinical testing of hip endoprostheses is a mandatory requirement before clinical
release. Inadequate loading conditions may lead to lower elastic and plastic interface …