ライフサイエンスコーパス: striae

1 anterior uveitis, disc swelling, and retinal striae.

2 tent with an ice flow direction from glacial striae.

3 t common complications were corneal haze and striae.

4 uded optic disc swelling (95.0%) and retinal striae (85.0%).

5 nterestingly, biopsy specimens of women with striae also show a diminution of collagen.

6 differences in dimensions, a lower number of striae and areolae in 10 um and the degree and direction

7 eclined due to severe pruritus, and they had striae and secondary adrenal suppression as side effects

8 a strong association between the presence of striae and the development of pelvic relaxation, which i

9 s facial plethora, easy bruising, and purple striae and with metabolic manifestations such as hypergl

10 by the presence of a decrease in VA, retinal striae, and macular edema in the setting of decreased in

11 ct of Bowman's layer, the presence of Vogt's striae, and stromal opacities.

12 h as the presence of a sternum with parallel striae, and the presence of a highly reduced labiate pro

13 Striae are seen in numerous clinical conditions, includi

14 riate logistic regression analysis confirmed striae as a significant risk factor for the development

15 pecific), including multiple, dark, oriented striae at different corneal depths.

16 s thickening, choroidal effusion and retinal striae at the macula with the increase in macular thickn

17 ave spontaneous pneumothorax, scoliosis, and striae but were comparable in revised Ghent systemic sco

18 ed images showed hyperintense vagus medullar striae, coursing towards the dorsomedial aspect of the m

19 The most common skin finding in MFS is striae distensae.

20 cific features of this species include 21-25 striae in 10 um, 6-11 fibulae in 10 um, 40-50 areolae in

21 al connectivity of the three olfactory tract striae in the human brain, using diffusion magnetic reso

22 nonymous data, we compared the prevalence of striae in women with and without pelvic relaxation to se

23 Retinal striae may be caused by the volume effect of the choroid

24 . explore the possibility that occurrence of striae may predict pelvic relaxation (prolapse of the pe

25 Dark striae of different length and orientation were present

26 s with CAD (13%); and patchy or longitudinal striae of midwall enhancement clearly different from the

27 periodicity in its microstructure called the striae of Retzius, which develops at species specific in

28 lm is regulated by the magnetic potential of striae of soft magnetic strips deposited on the film sur

29 ma (IOP >= 21 mmHg with corneal edema, Haabs striae, optic nerve cupping or buphthalmos) requiring su

30 n in the non-prolapse group (n = 8) reported striae (P < 0.01).

31 ignificantly higher among those with midwall striae, particularly among those with a left ventricular

32 Of these, a midwall striae pattern of fibrosis is the strongest independent

33 l fibrosis volume, the presence of a midwall striae pattern of fibrosis was an independent predictor

34 s were significantly worse in eyes with Haab striae than in eyes without.

35 dMRI-, TDI- and PLI-images showed these striae to intersect the trigeminal spinal tract (sp5) in

36 f the frontal cortex, branching into several striae to meet diverse cortical regions.

37 The presence of Haab's striae was correlated significantly with a higher poster

38 In the standard protocol group, more striae were found 3 months after intervention than in th

39 Intraocular pressure and presence of Haab striae were not associated with country (P > 0.05), whil

40 Haab's striae were noted in 44.8% of eyes (26/58 eyes) and were

41 Macular striae were seen in eyes with epiretinal membrane.

42 omen with prolapse (54.7%) (n = 41) reported striae, whereas only 25.0% of women in the non-prolapse

43 tified the lateral, medial, and intermediate striae with their respective cortical connections to the