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1 ostasis of the forelimb zeugopod (radius and ulna).
2 radius with dorsal subluxation of the distal ulna).
3 uscle tendon and connects the humerus to the ulna.
4  detachment from the sublime tubercle of the ulna.
5 ny elements, rather than a normal radius and ulna.
6 c between the medial epicondyle and proximal ulna.
7 steps during the formation of the radius and ulna.
8 ion that included portions of the radius and ulna.
9 ements at the distal and proximal radius and ulna; 2) classification of bone quality and quantity at
10 ndividual assessment of humerus, radius, and ulna (69 bones; 36 fractured).
11                  Posterior elements (such as ulna and fibula) appear prior to their anterior counterp
12 short stature with hypoplasia/aplasia of the ulna and fibula, has been postulated to be the homozygou
13 e and chicken as well as between the chicken ulna and fibula.
14                        The BMD of the radius/ulna and mandibular alveolar bone was significantly redu
15       The proximal ends of developing mutant ulna and radius elements became morphologically similar
16 ation between pDEXA scores at the radius and ulna and the risk for implant failure.
17 developmentally pattern the zeugopod (radius/ulna and tibia/fibula), remain regionally expressed in t
18  limb zeugopod skeletal elements, the radius/ulna and tibia/fibula, as well as transformation of the
19 sitional values of the zeugopod (i.e. radius/ulna) and then autopod (i.e. wrist/digits) segments duri
20 ells, and blocks formation of the radius and ulna, and outgrowth of the anterior digits.
21 4.5 heterozygous embryos, bending of radius, ulna, and tibia cartilages was already prominent.
22       Risk for pelvic, hip, humerus, radius, ulna, carpal, metacarpal, metatarsal, or ankle fracture
23  establish that although the majority of the ulna develops in response to paracrine SHH signalling in
24 re requiring surgery, or humerus, radius, or ulna fracture requiring intervention within 30 days.
25 e formation on the periosteal surface of the ulna, however the addition of vibration noise with exerc
26 chanical strain was measured at the midshaft ulna in separate calibration animals.
27                              The humerus and ulna indicate that Pondaungia was capable of a wide vari
28                                   The mutant ulna lacked the olecranon that normally attaches to the
29 erozygosity on six diverse fitness measures (ulna length, asymmetry, weight-at-weaning, testes volume
30 he response to mechanical loading in vivo by ulna loading and ex vivo by measuring the response of is
31 year history of Tetrapoda, with a radius and ulna made up of elongate, paralleling shafts contacting
32  the development of the zeugopod (radius and ulna of the forearm, tibia and fibula of the leg) are no
33 of the attachments of the TFC complex to the ulna often were overstaged.
34 ), rib (one), clavicle (one), scapula (one), ulna (one), talus (one), and calcaneous (one).
35 d ratios for any fracture, hip fracture, and ulna or radius fracture in the celiac disease cohort com
36 95% confidence interval, 1.20-3.02), and for ulna or radius fracture was 1.77 (95% confidence interva
37 ult in gross mispatterning of the radius and ulna or the femur, respectively.
38 ion of SHH-expressing cells to the posterior ulna, posterior carpals and digit 3.
39  the risk of any fracture, hip fracture, and ulna/radius fracture for the PBC cohort compared with th
40 ny fracture HR, 2.24; hip fracture HR, 1.25; ulna/radius fracture HR, 1.28).
41 d ratios for any fracture, hip fracture, and ulna/radius fracture in the PBC cohort compared with the
42 1000 person-years (95% CI: 0.3-3.5); and for ulna/radius fracture, 3.4 per 1000 person-years (95% CI:
43 tibia were malformed, whereas the fibula and ulna remained unmineralized.
44  were sacrificed and the mandible and radius/ulna removed.
45 medial aspect of the coronoid process of the ulna (sublime tubercle).
46 gate, shaft-like carpal bones contacting the ulna that are proximodistally longer than the radius.
47 XA t-score at proximal and distal radius and ulna, the risk for a patient to lose at least one implan
48 ogenic response to mechanical loading of the ulna was reduced by 88 to 99% in Lrp5-/- mice, yet osteo
49  specimens have a flattened, crescent-shaped ulna with a long axis perpendicular to that of the radiu
50 rtebral fracture (hip, humerus, or radius or ulna) within 12 months of treatment initiation.