Increases in
femoral neck bone mineral density have been reported in postmenopausal women, though no significant effect was observed in postmenopausal women taking alendronate.
Not exact matches
The small increase in the high - dose group did not translate into beneficial effects because authors found no difference between the three study groups for changes in spine, average total - hip, average
femoral neck or total - body
bone mineral density, trabecular
bone score, muscle mass or sit - to - stand tests.
To measure whether MHT influenced
bone health, researchers used dual x-ray absorptiometry (DXA) scans of the participants» lumbar spine,
femoral neck and hip to assess
bone mineral density.
The fast runs, intense actions and unorthodox movements may well be the cause of a large increase in
bone mineralization in the femur
bone and
femoral neck after only 4 months and of the further 3 % improvement from 4 to 12 months of training,» says Helge.
Moreover, muscle function was improved by 30 % and
bone mineralization in the
femoral neck increased by 2 %,» says Krustrup.
The level of activity and the developmental age of humans is suggested by the angle that the
femoral head and
neck (the part that articulates with the hip) makes with the main shaft of the
bone.
The results indicate that children on ADHD medication had lower
bone mineral density in the femur,
femoral neck and lumbar spine.
The researchers also found several other variants associated with
bone mineral density in specific areas, including 3 for forearm, 14 for
femoral neck, and 19 for lumbar spine.
AJR: 203, September 2014 517 Pitfalls and Pearls in MRI of the Knee insertion point of the anterior root of the me - dial meniscus shows greater variability and AJR: 205, September 2015 515 Ultrasound of the Groin
femoral head and
neck in the sagittal oblique plane using
bone landmarks for orienta - tion (Fig. 1A).
Femoral Head and
Neck Excision is a surgery that involves removing the tip of the femur (the
neck and the head of the
bone), replacing it with a fibrous joint.
The dog's physiologic response to joint laxity is proliferative fibroplasia or thickening of the joint capsule and formation of osteophytes or new
bone on the rim of the acetabulum and the
femoral neck.
This is an avascular (pertaining to inadequate blood supply), aseptic (not infected), developmental osteonecrosis (dying of
bone tissue) of the
femoral head and
neck, found almost entirely in toy or other small breeds.
An FHO, or
femoral head ostectomy, is a surgical procedure that aims to restore pain - free mobility to a diseased or damaged hip, by removing the head and
neck of the femur (the long leg
bone or thighbone).
A
femoral head and
neck ostectomy, or FHO was performed, and is a procedure that includes removing the top part of the thigh
bone involved in the ball - in - socket hip joint.
While the major reason for hip replacement is to treat disabling HD, other disorders can also benefit: Legg - Calvé - Perthes disease, permanent dislocation from trauma, bad fracture of the
femoral head and
neck, hereditary or environmental defects in union of
bone centers, and excision arthroplasties that have failed to solve the problem.
The connection between the ball and the main part of the femur leg
bone (called the
femoral neck) is narrow.
The
femoral neck is very thick, the socket is shallow, and there is extra
bone present on the edges of the socket.
Femoral neck fracture — This break occurs at the bottom of the femur
neck itself, causing it to separate from the thigh
bone.