ライフサイエンスコーパス: CMO

1 to ordered graphs, we introduce GR-Align, a CMO heuristic that is suited for database searches.

2 To investigate how these stresses affect CMO expression, a spinach (Spinacia oleracea L., Chenopo

3 f magnitude faster than the state-of-the-art CMO solvers Apurva, MSVNS and AlEigen7, and its similari

4 16H5 also attenuated CMO cell proliferation.

5 The deduced beet CMO amino acid sequence comprised a transit peptide and

6 ise there was very little similarity between CMO and proteins from plants or other organisms.

7 In contrast, CMO homologues are found only in plants and are most clo

8 e analyzed; of these 16 (34%) eyes developed CMO.

9 hemical sensor based on very low-dimensional CMO NPs/GCE using electrochemical reduction phenomena.

10 tters or better); (2) cystoid macular edema (CMO), foveal thickness, and macular volume; (3) developm

11 Beet roots also expressed CMO, most strongly when salinized.

12 At 6 months, fewer adjunct patients had CMO (42.7%) or a foveal thickness of >300 mum (47.6%) co

13 uggests that there is a greater reduction in CMO observed at 6 months in vitrectomized eyes treated w

14 Salinization increased CMO protein levels, apparently via a post-transcriptiona

15 Salt-inducible CMO mRNA, protein, and enzyme activity were readily dete

16 ., Chenopodiaceae) probe was used to isolate CMO cDNAs from sugar beet (Beta vulgaris L., Chenopodiac

17 A full-length CMO cDNA (1,622 bp) was cloned from spinach using a prob

18 ncorporation of the human lymphoid cell line CMO, which exhibits constitutive activation of the STAT5

19 salinization (NaCl:CaCl2 = 5.7:1, mol/mol), CMO mRNA, protein, and enzyme levels in leaves increased

20 Choline monooxygenase (CMO) catalyzes the committing step in the synthesis of g

21 step is catalyzed by choline monooxygenase (CMO), a ferredoxin-dependent stromal enzyme that has bee

22 oxide codoped manganese oxide nanoparticles (CMO NPs; dia.

23 sorption ionization MS confirmed that native CMO contains only one type of subunit (Mr 42,864).

24 9 +/- 31 mum at 16 weeks; whereas in the non-CMO group, macular thickness showed a slight increase of

25 o 0.66 +/- 0.41 at week 16; while in the non-CMO group, mean BCVA improved markedly from 0.98 +/- 0.5

26 s of LLS1(PAO), CAO, TIC55 and PTC52 but not CMO are found in the genomes of several cyanobacteria.

27 o report the rate of cystoid macular oedema (CMO) as detected by spectral-domain optical coherence to

28 ntraocular pressure, cystoid macular oedema (CMO), cataract and posterior capsule opacification.

29 The absence of CMO is the primary constraint on GlyBet production in Gl

30 However, the GlyBet contents of CMO+ plants were very low (0.02-0.05 mumol g-1 fresh wei

31 oblot analyses showed that the expression of CMO in leaves increased several-fold during salinization

32 de (GCE) was fabricated with a thin-layer of CMO NPs by conducting coating binders for the developmen

33 er content declined to 59% and the levels of CMO mRNA, protein, and enzyme activity rose 3- to 5-fold

34 morphological, and structural properties of CMO NPs were characterized in details using FT-IR, UV/vi

35 As detection rate of CMO is high, postoperative OCT monitoring for patients w

36 ein structures, maximum Contact Map Overlap (CMO) has received sustained attention during the past de

37 esis is catalyzed by choline mono-oxygenase (CMO), a stromal enzyme with a Rieske-type [2Fe-2S] cente

38 A) between those who developed postoperative CMO against those who did not.

39 outcome was meeting the minimum recommended (CMO, UK) 5 x 30 mins moderate physical activity per week

40 plants that constitutively express a spinach CMO cDNA.

41 We conclude that CMO is a stress-inducible representative of a new class

42 These data show that CMO most probably has a mononuclear Fe center, is induci

43 The CMO protein was correctly compartmented in chloroplasts

44 In the CMO group, mean BCVA (in logarithm of minimum angle of r

45 In the CMO group, mean macular thickness (+/-SD) increased shar

46 n on highly sensitive TU sensor based on the CMO NPs/GCE.

47 When CMO+ plants were supplied in culture with 5 mM choline o