ライフサイエンスコーパス: bowing

1 aracterised by strong, composition-dependent bowing.

2 ted the EDI-OCT feature of posterior scleral bowing.

3 imarily due to compression by reverse septal bowing.

4 y, tracheal narrowing, and anterior tracheal bowing.

5 s used to express the degree of LC posterior bowing.

6 -monotonic bandgap variations (i.e., bandgap bowing) along six composition gradient sequences, in add

7 y progressive scoliosis and kyphosis, tibial bowing and abnormalities in skull and anterior chest wal

8 le L1(2) is modeled using Orowan dislocation bowing and by-pass mechanism.

9 BMO or ASCO area, prelaminar thickness, PPS bowing and LC depth in addition to patient characteristi

10 hypophosphataemia, rickets, lower extremity bowing, and growth impairment.

11 ading edges, 14.9% were "flat with posterior bowing," and 28.7% were "elevated." One nevus of the "el

12 n osmotic water flow into the guard cells, a bowing apart of the guard-cell pair, and consequent stom

13 e resulting pressure-dependent effects cause bowing back of the lamina cribrosa and optic disc cuppin

14 ze and composition is elucidated, yielding a bowing constant of 0.29, in agreement with bulk values.

15 anced toughening functionality such as crack bowing, crack deflection, and shielding seen in natural

16 , followed by unzipping, partial dislocation bowing, cutting, and, finally, unit jog formation.

17 Iris bowing during dilation was driven primarily by posterior

18 Thanks to the bandgap-bowing effect, mixed tin-lead (Sn-Pb) perovskites posses

19 results help reveal a new, to our knowledge, bowing feature in which the bilayers close to the pore a

20 ogether with the kinematic parameters of the bowing gesture.

21 There was associated significant bowing (>15 mm) of the septum and mild obliteration of t

22 ose at greater distances from the pore axis; bowing helps reduce the curvature and therefore stabiliz

23 attributed to music affected the fluidity of bowing (i.e., smoothness), with the excerpts rated as mo

24 We demonstrate this by predicting bandgap bowing in [Formula: see text] and bulk modulus variation

25 We found quantitative evidence of tibial bowing in a subpopulation of NF1 minipigs.

26 l features correlated with posterior scleral bowing included reduced distance to the optic disc (diff

27 GBs, which then grow with further loading by bowing into the bulk crystals leaving behind stacking fa

28 Lower extremity bowing is a normal physiologic process that commonly occ

29 the posterior iris and the magnitude of the bowing is a strong function of the amount of accommodati

30 this age, any significant amount of residual bowing is abnormal and may be due to infections, traumat

31 nd Delta(SO) and in particular for the giant bowing observed for x 1%.

32 sed states, accounting for the overall large bowing of [Formula: see text] and Delta(SO) and in parti

33 t described here presented for evaluation of bowing of his lower extremities, and was ultimately diag

34 owed unique features consisting of posterior bowing of iris and longer iridolenticular contact, which

35 displacement of the ONH surface and outward bowing of peripapillary tissue; retinal thickness decrea

36 gery, he achieved 20/20 vision, but anterior bowing of temporal iris was noted on postoperative day 9

37 ular tissue spanned the PED, causing outward bowing of the Bruch membrane and a peaked appearance to

38 An upward bowing of the callosum may thus provide an easily identi

39 ial layers up to x = 3.7% we observe a giant bowing of the direct band gap ([Formula: see text]) and

40 ollapse of the iridocorneal angle, posterior bowing of the lamina cribrosa, swelling and loss of larg

41 stage KC may be characterized by a posterior bowing of the LC along with a subtle peripapillary RNFL

42 Assessment of orbital geometry, including bowing of the medial wall, orbital apex angle, globe dia

43 and collapse of the antral walls with inward bowing of the orbital floor are necessary for diagnosis.

44 Regional EPIDmax laminar thinning, posterior bowing of the peripapillary sclera, and thinning and exp

45 cribrosa thickening, and posterior (outward) bowing of the peripapillary sclera.

46 results confirm that accommodation produces bowing of the posterior iris and the magnitude of the bo

47 dation has been proposed as the cause of the bowing of the posterior iris that occurs in eyes with pi

48 ung deformity of the forearm (shortening and bowing of the radius with dorsal subluxation of the dist

49 cheal opacity on 31 (79%), anterior tracheal bowing on 36 (92%), and tracheal narrowing on 30 (77%) r

50 oidal nevus can show focal posterior scleral bowing on EDI-OCT in 5% of cases.

51 Many non-instrumental actions such as bowing or kissing communicate a commitment to or roles i

52 A giant bowing parameter of 30.5 eV +/- 0.5 eV for AlNAs alloy i

53 tting of calculated and experimental data, a bowing parameter of 9.5 +/- 0.5 eV was obtained.

54 Lattice bowing parameters of h- (and c-) phase AlGaN, AlInN, InG

55 Bandgap bowing parameters of h- (and c-) phase AlGaN, AlInN, InG

56 The important finding is that the bowing results not only in red-shifted absorptions but a

57 .4 +/- 2.6 mm posterior to the globe center, bowing the LR away from the orbital center.

58 I(6)) that do not exhibit the anomalous band-bowing typically associated with lead/tin alloys, provid

59 the dilator contributes to the anterior iris bowing via a nonpupillary block dependent mechanism.

60 tomographic (CT) findings-ventricular septal bowing (VSB), ratio between the diameters of right ventr

61 ptical band gap shows a strong non-parabolic bowing with a discontinuity at dilute NiO concentrations

62 Recognition of posterior scleral bowing with choroidal nevus is essential to avoid an und

63 All cases demonstrated posterior scleral bowing with mean scleral excavation of 398 microm (media

64 This phenomenon combines conventional band bowing with the structural transformations that occur as