ライフサイエンスコーパス: flail

1 Forty-five percent of patients had flail.

2 (>60%) and chronic moderate and severe OMR (flail 25%, prolapse 75%) defined by using the ECHO-deriv

3 ly increased in patients without a Coanda or flail, a Coanda, a flail, or a Coanda and a flail (RV: 2

4 bability increased with wing opening and leg flailing amplitudes.

5 No patient had MV prolapse or flail and 1 had residual moderate-to-severe MV regurgita

6 the gold standard for evaluation of leaflet flail and prolapse due to high sensitivity and specifici

7 had higher levels of NFL than did those with flail arm or leg syndrome (HR, 0.28; 95% CI, 0.08-0.10;

8 for example, anatomical descriptions such as flail-arm syndrome.

9 strand-specific RNA knockdown characterized FLAIL as a trans-acting RNA molecule.

10 Flail chest (FC) results in paradoxical chest wall movem

11 ulmonary contusion, massive transfusion, and flail chest injury (area under the receiver operator cha

12 cluded GCS <14, respiratory rate <10 or >29, flail chest, hemo/pneumothorax, paralysis, and multisyst

13 s of the thoracic cage, such as scoliosis or flail chest, interfere with the action of the respirator

14 FLAIL directly binds to differentially expressed target

15 lve orifice area <4.0 cm(2), and 10.6% large flail gap and/or large flail width).

16 the flowering-associated intergenic lncRNA (FLAIL) in Arabidopsis through early flowering flail muta

17 FLAIL interacts with protein and RNA components of the s

18 During winged self-righting, the animal flails its legs vigorously.

19 Adding mass to increase hind leg flailing kinetic energy increased the animal's self-righ

20 annular abscess (3), annular dilation (18), flail leaflet (12), leaflet prolapse (17), chordal short

21 n death (SUD) in mitral regurgitation due to flail leaflet (MR-FL).

22 ogression of the lesions, particularly a new flail leaflet (p = 0.0003), and progression of mitral an

23 While the presence of a flail leaflet and Coanda effect on echocardiography are

24 thors sought to determine the association of flail leaflet and Coanda effect with MR severity quantif

25 t, 52 (33%) with Coanda, and 22 (14%) with a flail leaflet and Coanda.

26 ith degenerative mitral regurgitation with a flail leaflet in 6 tertiary European and US centers.

27 Echocardiography guidelines note that a flail leaflet is a specific criterion for severe mitral

28 eated medically, mitral regurgitation due to flail leaflet is associated with excess mortality and hi

29 Mitral regurgitation due to flail leaflet is difficult to manage, because it is freq

30 The presence of a flail leaflet or Coanda was determined for each patient.

31 high and similar whether the cause of MR is flail leaflet or simple MVP.

32 ith degenerative mitral regurgitation with a flail leaflet referred to mitral surgery, MV repair was

33 Coronary artery disease and flail leaflet were seen in 10% and 28% of patients, resp

34 There were 55 patients (35%) with a flail leaflet, 52 (33%) with Coanda, and 22 (14%) with a

35 tral regurgitation, left atrium > or =40 mm, flail leaflet, atrial fibrillation, and age > or =50 yea

36 had severe MR with the presence of a Coanda, flail leaflet, or both, respectively.

37 had severe MR with the presence of a Coanda, flail leaflet, or both, respectively.

38 for degenerative mitral regurgitation with a flail leaflet.

39 8; 1 valve had severe regurgitation due to a flail leaflet.

40 ts with isolated mitral regurgitation due to flail leaflet; this condition was first diagnosed by ech

41 de (<10%) except for mediocre TTE imaging or flail leaflets (both p < 0.001).

42 c characteristics at referral for DMR due to flail leaflets and subsequent management and outcomes.

43 (mean age, 65 +/- 13 years; 71% males) with flail leaflets diagnosed with two-dimensional echocardio

44 er, international experience with DMR due to flail leaflets echocardiographically diagnosed.

45 75 patients with mitral regurgitation due to flail leaflets in sinus rhythm (65+/-13 years; median EF

46 nditions in 12 sheep with surgically created flail leaflets inducing chronic mitral regurgitation wer

47 In patients with MR due to flail leaflets, AF rates at 5 and 10 years were 18 +/- 3

48 In patients with mitral regurgitation due to flail leaflets, the strategy of early surgery versus con

49 ts (65 +/- 13 years, 74% men) with MR due to flail leaflets; and 2) 89 residents of Olmsted County, M

50 Double mutant analyses support a model where FLAIL-mediated splicing of LAC8 promotes its mRNA expres

51 ients with mitral valve regurgitation due to flail mitral leaflets, performance of early mitral surge

52 became stuck at one end, the cell underwent flailing motions.

53 LAIL) in Arabidopsis through early flowering flail mutants.

54 ients without a Coanda or flail, a Coanda, a flail, or a Coanda and a flail (RV: 28 21 mL vs 43 23 mL

55 related (or anticorrelated) with running and flailing over timescales that ranged from seconds to a m

56 Expression of FLAIL RNA from a different chromosomal location in combi

57 flail, a Coanda, a flail, or a Coanda and a flail (RV: 28 21 mL vs 43 23 mL vs 58 29 mL vs 64 25 mL

58 Operative fixation of the flail segment has been advocated as an adjunct to suppor

59 sm, presence of vegetations and prolapsed or flail segment, and 88% for ruptured chordae.

60 In the absence of FLAIL, splicing defects at the direct FLAIL target flowe

61 nce of FLAIL, splicing defects at the direct FLAIL target flowering gene LACCASE 8 (LAC8) correlated

62 cilitating the small kinetic energy from leg flailing to probabilistically overcome it to self-right.

63 ere, we studied whether wing opening and leg flailing together facilitate strenuous ground self-right

64 nd single cases of coronary-cardiac fistula, flail tricuspid leaflet, pneumothorax, hemothorax, endoc

65 m(2), and 10.6% large flail gap and/or large flail width).