ライフサイエンスコーパス: centrum

1 th a minimum of 2 CSF samples from Alzheimer Centrum Amsterdam cohorts across the AD clinical spectru

2 f two key components: the vertebral body (or centrum) and the vertebral arches.

3 The camellate pattern found in the vertebral centrum (ce) of this taxon and other titanosaurs shows d

4 early work suggests that ascoma ontogeny and centrum characters are not in conflict with the molecula

5 The centrum-collum-diaphyseal, center-edge (CE), three alpha

6 neural arch segmentation is also disrupted, centrum development proceeds normally.

7 ntogenetic pathways for ascoma formation and centrum development.

8 Comparisons of vertebral centrum dimensions along the body reveal that the four c

9 onium center of the piperidinium ring to the centrum of the phenyl ring.

10 ortical cataracts in participants not taking Centrum (Pfizer, New York, NY) multivitamins.

11 Stichting Kinder Oncologisch Centrum Rotterdam and the Princess Maxima Center Foundat

12 vessel pathology: those in the white matter centrum semi-ovale have been associated with cerebral am

13 ty of MRI-visible perivascular spaces in the centrum semi-ovale was independently associated with cli

14 that MRI-visible perivascular spaces in the centrum semi-ovale would be associated with a clinical d

15 that MRI-visible perivascular spaces in the centrum semi-ovale would be associated with brain amyloi

16 D)) was calculated from 1TC V (T), using the centrum semiovale (CS) as the reference region.

17 brainstem, grey- white matters on levels of centrum semiovale (CS), high convexity (HC), and cerebel

18 ity index within perforating arteries of the centrum semiovale (mean difference - 0.09 cm/s, p = 0.03

19 tter lesion load (p < 0.05), more PVS in the centrum semiovale (p < 0.05) and had higher overall PVS

20 le) of the 506 infants, predominantly in the centrum semiovale and corona radiata.

21 ing a one-tissue (1T) compartment model with centrum semiovale as the reference region.

22 rimary outcome measure and computed with the centrum semiovale as the reference region.

23 y distributions, we hypothesised that severe centrum semiovale EPVS are more common in lobar ICH attr

24 =76) had a higher prevalence of severe (>40) centrum semiovale EPVS compared with other ICH patients

25 Severe centrum semiovale EPVS may be secondary to, and indicati

26 Basal ganglia and centrum semiovale EPVS on T2-weighted MRI (graded 0-4 (>

27 rity; only age was associated with increased centrum semiovale EPVS severity (OR: 1.50; 95% CI 1.08 t

28 eatine (tCr) was observed in the NAWM of the centrum semiovale of all MS subgroups, including partici

29 c (ie, severe visible perivascular spaces in centrum semiovale or white matter hyperintensities in a

30 unction measures included: basal ganglia and centrum semiovale perforating artery blood flow velocity

31 microbleeds, cortical superficial siderosis, centrum semiovale perivascular spaces, and white matter

32 microbleeds, cortical superficial siderosis, centrum semiovale perivascular spaces, and white matter

33 different associations for basal ganglia and centrum semiovale PVS might indicate different underlyin

34 subtype) were independently associated with centrum semiovale PVS severity (OR: 1.19; p=0.013 and OR

35 SUVR-1 (centrum semiovale reference region) was computed for six

36 SUVR-1 (centrum semiovale reference region) was computed for six

37 comparison, we measured corpus callosum and centrum semiovale volumes on MRI.

38 erebral blood flow (CBF) at the level of the centrum semiovale was evaluated by using the Jonckheere-

39 The centrum semiovale was used as a reference region.

40 Severe perivascular spaces in centrum semiovale were common at baseline (64.7%) and fo

41 al shift imaging within voxels placed in the centrum semiovale white matter.

42 Additionally, whole cerebellum, pons, centrum semiovale, and a composite region were examined

43 nstem, caudate, thalamus, lentiform nucleus, centrum semiovale, and from frontal, parietal, precentra

44 cts, had significantly reduced NA/Cre in the centrum semiovale, and significantly reduced NA/Cho in t

45 interest chosen in the cortical gray matter, centrum semiovale, caudate nuclei, lentiform nuclei, tha

46 ed bilaterally in regions of interest in the centrum semiovale, corona radiata, internal capsule, cor

47 er white matter regions, particularly in the centrum semiovale, diffusion anisotropy was low, and cyl

48 gnificantly reduced NA/Cre in the brainstem, centrum semiovale, frontal and precentral cortex, and si

49 the region of the corticospinal tract in the centrum semiovale, in the posterior limb of the internal

50 tational age only in the white matter of the centrum semiovale, in which A sigma values increase shar

51 sed FA in the genu, cingulum cingulate gyri, centrum semiovale, inferior longitudinal fasciculi, limb

52 eep perforating artery in the basal ganglia, centrum semiovale, or brain stem.

53 Early lesions affect corpus callosum and centrum semiovale, with or without cerebellar or cord in

54 erebellum, cerebellar gray matter, pons, and centrum semiovale.

55 ood readers in a region of the left anterior centrum semiovale.

56 ifferences in the internal capsules and left centrum semiovale.

57 bution with a predilection for the posterior centrum semiovale.

58 rticular in the parieto-occipital region and centrum semiovale.

59 mI/NAA correlated with EDSS (NAWM of centrum semiovale: r = 0.47, P < .001; parietal NAWM: r

60 BP(ND)) were estimated using a 1T model with centrum-semiovale as the reference region.

61 rial testing multivitamin use (multivitamin [Centrum Silver] or placebo daily) among US male physicia

62 tooth crown embedded in a hadrosaurid caudal centrum, surrounded by healed bone growth.

63 This new material coined COK-15 (COK = Centrum voor Oppervlaktechemie en Katalyse) was synthesi