ライフサイエンスコーパス: low weight

1 ering industries for their high strength and low weight.

2 to their superior mechanical performance and low weight.

3 tion was 0.92 (0.86, 0.98) for patients with low weight, 1.00 (0.94, 1.05) for overweight patients, a

4 Low-weight (10 gm) mechanically evoked responses of WDR

5 status assessment showed underweight (2.2%), low weight (12.7%), overweight (12.7%) and obesity (7.4%

6 e to its small size (60 cm x 40 cm x 14 cm), low weight (13 kg), and low power consumption (50 W).

7 These findings suggest that low weight alone in a patient with HLHS or an anatomic v

8 tion was 103.97 +/- 102.08 g for patients at low weight and 178.03 +/- 202.97 g after weight restorat

9 genomes show distinctive phenotypes such as low weight and inhibition of mitosis in the endosperm, w

10 Similarly, the combination of low weight and multiple methods of purging distinguishes

11 a long duration of illness, substance abuse, low weight, and poor psychosocial functioning raise the

12 erance to mechanical and assembly error, and low weight, are discussed.

13 Low weight at birth is associated with subsequent suscep

14 ure of 2.0% (w/w) HMM (9 MDa) and 0.5% (w/w) low-weight-average molecular mass (50 kDa) LPA was emplo

15 e current gold standard for the treatment of low weight bearing bone defects.

16 However, the low-weight-bearing articular cartilage from these patien

17 Biopsy samples were obtained from the low-weight-bearing articular cartilage of the intercondy

18 it was observed in cartilage obtained from a low-weight-bearing site.

19 s, 62 000 neonatal deaths, 44 000 preterm or low weight births, and 102 000 infected infants worldwid

20 There are relatively few low-weight births among Mexican Americans, despite their

21 n = 663] than in other patients with either low weight (BMI <20; n = 501), normal weight (BMI >/=20

22 convenient examination maneuvers, especially low weight, can significantly change the pretest probabi

23 The low weighted carrier mobility has long been considered t

24 were determined on livers of high-weight and low-weight chicken lines by microarray.

25 f cardiomyopathy, by characteristics such as low weight, congestive heart failure, or abnormal echoca

26 NFPs are predominantly long-range, low-weight connections.

27 Low weight for height and high levels of exercise increa

28 e relative risk (RR) of dying as a result of low weight-for-age and calculated the proportion of chil

29 The RR of mortality because of low weight-for-age was elevated for each cause of death

30 stunting (low height-for-age), underweight (low weight-for-age), wasting (low weight-for-height), an

31 young children worldwide is attributable to low weight-for-age, and efforts to reduce malnutrition s

32 underlying nutritional status, particularly low weight-for-age.

33 chidism and hypospadias were associated with low weight-for-gestational-age, an indicator of fetal gr

34 Low weight-for-height was associated with an increased r

35 , underweight (low weight-for-age), wasting (low weight-for-height), and low birth weight in children

36 serum C-reactive protein concentrations, and low weight-forage in multiple regression analysis.

37 se-related maternal health problems (notably low weight gain and poor obstetric history) are confound

38 including vitamin A were protective against low weight gain during the second trimester compared wit

39 r on newborn size, under the hypothesis that low weight gain early in pregnancy predicts proportionat

40 hard feces, but not in soft feces, from the low weight group.

41 sessed the effects of anticoagulant therapy (low-weight heparin or warfarin vs no therapy) in patient

42 The same patterns have been observed for low-weight infants born to black women in the United Sta

43 , revealed a neonatal survival advantage for low-weight infants born to disadvantaged (single, less e

44 Persistently low-weight infants consumed significantly more calories,

45 ian-estimated stroke and bleeding risks were low (weighted Kappa 0.1 and 0.11, respectively).

46 male sex, income less than $50000 per year, low weight, lack of moderate or vigorous exercise, smoki

47 (abbreviated as Cbs(-/-)), characterized by low weight, low adiposity, decreased Scd-1 expression, f

48 CG-Denmark (Statens Serum Institut) given to low-weight (LW) neonates (<2500 g at inclusion) to reduc

49 vity, and a body mass index that was neither low weight nor obese.

50 uate adjustment of these components; namely, low weighting of their implicit memory of past trials re

51 bonds occurs at the intermediate stage when low-weight oligomers start to form.

52 g to the formation of ordered and disordered low-weight oligomers.

53 art of this code is the ability to perform a low-weight parity measurement of local code qubits.

54 Low-weight patients are at high risk for osteopenia/oste

55 ing energy expenditure, although very low in low-weight patients, increases dramatically early in ref

56 ch renders CaM translationally immobile in a low weight percent agarose gel.

57 ll size of CaM hinders its immobilization in low-weight-percentage agarose gels; however, fusion of C

58 roup, but they generally included young age, low weight, presence of congestive heart failure, lower

59 ical potential, stability, and solubility in low-weight redox-active molecules.

60 and adverse factors (multiple comorbidities, low weight) relieves cyanosis and defers surgical repair

61 Low weight was preferred (62.4+/-12.8 kg).

62 amic amenorrhea due to strenuous exercise or low weight were studied for one month before receiving r

63 Two classes demonstrated low weight without the psychological features of eating