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1 he new lagerpetid preserves the first skull, scapular and forelimb elements, plus associated vertebra
2 te tumor cells or with PC3 metastases in the scapular and suprarenal region were injected i.v. with 1
3 or hypoplasia (one fetus had both facial and scapular anomalies); it enabled a specific diagnosis in
4 facial abnormalities and in two fetuses with scapular aplasia or hypoplasia (one fetus had both facia
5       (18)F-FDG PET identified intense inter-scapular BAT glucose uptake in all ZL control rats, whil
6 th the chemical deafferentation of the intra-scapular BAT pads.
7  derived and the somitic contribution to the scapular blade is significantly smaller than in previous
8                           In contrast, inter-scapular brown adipose is derived from the Pax3(+) linea
9 ted by qualitative measures and variation in scapular coverage.
10  data suggest that Lower Pleistocene hominin scapular development was already modern human-like.
11 ignificant contrasts with existing models of scapular development.
12        Electromyography of selected muscles, scapular dyskinesis test, head, shoulder, and thoracic s
13 excess of abdominal, subcutaneous, and intra-scapular fat, despite a lifetime of lower food intake th
14 incomplete phenotype with facial weakness or scapular girdle weakness, 6.7% display minor signs such
15 dern Homo showed significantly more positive scapular growth trajectories than Pan (slopes: P. troglo
16 cimens for further comparative assessment of scapular growth trends.
17 t one patient who presented with symptomatic scapular metastasis.
18                                              Scapular morphology is predictive of locomotor adaptatio
19 sical FSHD phenotype with typical facial and scapular muscle weakness, whereas 20.1% present incomple
20 ind while evaluating routine shoulder and/or scapular region MRI, especially in the absence of releva
21 ransplanted human BAs engraft into the inter-scapular region of recipient mice and exhibit thermogeni
22 l, one retiform soft tissue variant from the scapular region, and five sclerosing PNTs from the finge
23  generated a 3D morphospace of ape and human scapular shape to plot evolutionary trajectories, predic
24 ate ancestors, which seems to survive as the scapular spine in living mammals.
25 ness, (6) thoracic spine tenderness, and (7) scapular tenderness.
26               Additionally, changes in other scapular traits throughout African ape development are a
27 to asymmetric muscle weakness in the facial, scapular, trunk and lower extremities.
28 apulohumeral muscular dystrophy (FSH) due to scapular weakness or Charcot-Marie-Tooth disease (CMT) d
29  frequency of axial and upper limb weakness, scapular winging and cognitive impairment.
30 phy of at least the calf muscles, absence of scapular winging and predominant involvement of hip flex
31                      These were: presence of scapular winging, contractures and normal respiratory fu
32 ist extensor weakness, finger and foot drop, scapular winging, mild facial weakness, Achilles tendon