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1 evis muscle, and all seven inserted onto the calcaneus.
2 tached to the retrotrochlear eminence of the calcaneus.
3      BMD was measured at the spine, hip, and calcaneus.
4  measured by means of quantitative US of the calcaneus.
5 istered 1 cm distal to the attachment at the calcaneus.
6  foot, as well as in the projection of right calcaneus and above the right talocrural joint.
7 ant trends toward increased bone loss at the calcaneus and lumbar spine.
8 tal radius and proximal humerus (n = 3), and calcaneus and public ramus (n = 2).
9 entified as a vascular lesion in the area of calcaneus and talus.
10  using single photon absorptiometry (radius, calcaneus) and dual energy x-ray absorptiometry (hip, sp
11 on 2 occasions at the hip, lumbar spine, and calcaneus, and rates of bone loss were calculated.
12 s suggests that IMUs placed on the femur and calcaneus are the best for most cases.
13                                   Radius and calcaneus BMD by single photon absorptiometry at baselin
14                                   Radial and calcaneus BMD were measured at baseline (1986-1988) in 7
15 ive subjects, each 10- micro g/g increase in calcaneus bone lead level was associated with a 0.70-mmH
16           For each 10- micro g/g increase in calcaneus bone lead level, the odds ratio for third-trim
17 n the third trimester or postpartum, nor was calcaneus bone lead related to postpartum hypertension o
18                                              Calcaneus bone marrow edema at the insertion site was ob
19 on of osteolytic fibrosarcoma cells into the calcaneus bone of mice, cutaneous mechanical hyperalgesi
20 tion of fibrosarcoma cells in and around the calcaneus bone produced mechanical hyperalgesia of the i
21 lytic fibrosarcoma cells into and around the calcaneus bone resulted in tumor formation and mechanica
22 on of fibrosarcoma cells into and around the calcaneus bone, an established model of cancer pain.
23 ntation of fibrosarcoma cells into the mouse calcaneus bone.
24 eolytic fibrosarcoma cells in and around the calcaneus bone.
25 re used to create 3-D reconstructions of the calcaneus (C), cuboid (c), navicular (N), and talus (T)
26               Sagittal MR images of 49 human calcaneus cadaveric specimens were obtained (mean age of
27                    Micro-CT was performed on calcaneus cores obtained from corresponding regions in 4
28 , bone grows into the Achilles tendon as the calcaneus enlarges.
29 icro g/g (standard deviation (SD) 11.4)) and calcaneus (heel) (mean = 10.7 micro g/g (SD 11.9)).
30  attenuation (BUA) and speed of sound of the calcaneus (heel) were measured in 433 subjects at the Fr
31                     Morphology of the distal calcaneus indicates that the hind feet were mobile at th
32                                          QUS calcaneus is a non-invasive, feasible tool and can be us
33 ore consistent bending), and the artiodactyl calcaneus is even more simply loaded in bending.
34                         In the hindfoot, the calcaneus (n = 21) was involved most frequently.
35 cture of a long bone or the pelvis, patella, calcaneus, or talus who were treated with surgical fixat
36 e of insertion was variable and included the calcaneus, peroneus longus tendon, peroneus brevis tendo
37 insert in the retrotrochlear eminence of the calcaneus rather than the peroneal tubercle.
38 ole at the hallux, first metatarsal head and calcaneus region.
39                                          The calcaneus was the insertion site in 11 cases.