ライフサイエンスコーパス: lenticular

1 Lenticular alpha-crystallin is generally thought of as h

2 Decreases in lenticular and corneal power were associated with axial

3 ue lenses cultured in A23187 showed elevated lenticular calcium and superficial cortical opacities.

4 viduals with other anxiety disorders) in the lenticular/caudate nuclei, while patients with other anx

5 The late complication of inter-lenticular cellular growth with resultant hyperopic shif

6 In mice with no apparent lenticular changes the inflammation was enhanced by caps

7 The lenticular changes, initiated early during lens developm

8 profile, extent of coloboma, and associated lenticular changes.

9 No evidence of corneal, lenticular, choroidal, or retinal toxicity was observed

10 ified cornea to the iris with a kerato-irido-lenticular contact to the remnant lens, a finding consis

11 The transgenic mice exhibit lenticular defects that result in cataracts.

12 An unusual pattern of fleck lenticular deposits was seen in affected children.

13 retina, Pax6(5a) was sufficient for corneal-lenticular detachment.

14 r future studies on oxidative stress-related lenticular disorders such as cataract formation.

15 y measuring cell-associated radioactivity in lenticular epithelium or cortex mRNA injected oocytes (p

16 Intraocular pressure and lenticular evaluations were normal.

17 knowledge of the biochemical composition of lenticular exfoliation material (XFM) by using proteomic

18 r, travel predominately medially through the lenticular fasciculus en route to the thalamus.

19 Such juvenile lenticular findings should raise suspicion for this trea

20 are expected in a population of old stars in lenticular galaxies).

21 ssive present-day early-type (elliptical and lenticular) galaxies probably gained the bulk of their s

22 an optical transient in the outskirts of the lenticular galaxy Messier 85 in the Virgo cluster.

23 of extremely low luminosity, exploding in a lenticular galaxy with residual star-forming activity.

24 Body weight, food intake, lenticular glutathione, and glycated lysine level were u

25 rkers of glyco-/lipoxidation, nor markers of lenticular glycemia (fructose-lysine, glucospane) were e

26 only one round granule rather than multiple lenticular granules.

27 Lenticular levels of vesperlysine A increase curvilinear

28 Consequently, lenticular levels of vitamin C and its oxidation product

29 Furthermore, these species have defined lenticular localizations and unique solubilities that ma

30 To release lenticular material, some eyes were capsulotomized.

31 d size and to construct precisely concentric lenticular micelles composed of spatially distinct funct

32 Exogenous HA can induce lenticular migration and CD44 expression.

33 exogenous HA into the lens capsule promotes lenticular migration, thus contributing to posterior cap

34 ies confirmed the role of CD44 in HA-induced lenticular migration.

35 bilateral superior temporal gyrus, bilateral lenticular nuclei and the right cerebellum.

36 posterior cerebellar cortex, hippocampi, and lenticular nuclei bilaterally and the right thalamus, mi

37 NAA, Cr, mI and Glu concentrations and lower lenticular nuclei NAA level; smokers also demonstrated g

38 al, temporal lobe, hippocampal, caudate, and lenticular nuclei volumes were quantified from magnetic

39 occipital white matter, and the caudate and lenticular nuclei.

40 om manual traces delineating the caudate and lenticular nucleus on magnetic resonance images at admis

41 Lenticular nucleus volumes also were smaller in adults w

42 Smaller lenticular nucleus volumes may be an additional marker f

43 striatal parts.Terms such as 'amygdala' and 'lenticular nucleus' combine cell groups arbitrarily rath

44 ad decreased gray matter volumes in the left lenticular nucleus.

45 iatal regions (Brodmann's areas 9/46, 45/46; lenticular nucleus; and thalamus) accompanied poorer per

46 Lenticular, ocular, and systemic phenotypes were recorde

47 Lenticular opacities and RPE degeneration correlated pos

48 s of skeletal muscle function, but developed lenticular opacities at a higher rate than controls.

49 ated, and may reflect the potential risk for lenticular or retinal changes.

50 er review of the literature, it appears that lenticular osseous replacement occurs more often than ad

51 areas (frontal P = 0.05, temporal P = 0.02, lenticular P = 0.01) while the asymmetry index of the 95

52 All participants were free from corneal or lenticular pathology.

53 We used 2D CDSA to prepare uniform lenticular platelet micelles of controlled size and to c

54 0.0001), but not with changes in corneal and lenticular power.

55 Alpha-crystallin, a large lenticular protein complex made up of two related subuni

56 significant group differences in caudate or lenticular ratios.

57 =.001 for reader 1, P<.001 for reader 2) and lenticular shape (P=.017 for reader 1) were significantl

58 c condition showed that the diabetes-induced lenticular signaling alterations were normalized, compar

59 oping vitreous without affecting the corneal-lenticular stalk phenotype.

60 An abnormal corneal-lenticular stalk was characteristic of Cited2(-/-) devel

61 S restored the development of wild-type-like lenticular starch granules.

62 iron, as well as interactions with the major lenticular structural proteins, the alpha-crystallins.

63 els of expression were detected in a few non-lenticular tissues.

64 n left thalamic, left caudate, and bilateral lenticular volumes were significantly smaller in the pat