ライフサイエンスコーパス: ideal body weight

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1 tum smear positivity and weight gt 10% below ideal body weight.

2 n of the 12 patients were retested at 90% of ideal body weight.

3 reaching 40 +/- 9 kg/m(2) BMI or 176 +/- 41% ideal body weight.

4 subsequently changed to 400 mg/kg/d based on ideal body weight.

5 on, particularly for patients > or = 130% of ideal body weight.

6 g energy expenditure in subjects 130-159% of ideal body weight.

7 All patients were at or above their ideal body weights.

8 99) for extravascular lung water indexed for ideal body weight, 0.97 (0.93-1.01) for spontaneous brea

9 r both) from admission until recovery of 90% ideal body weight, achieved over 2.2 mo.

10 ody surface area (BSA; r2 = 0.277), adjusted ideal body weight (AIBW; r2 = 0.265), and ideal body wei

11 Real body weight predicted risk better than ideal body weight and was used for all calculations.

12 d-expiratory lung volume (30.4 +/- 9.1 mL/kg ideal body weight) and oxygenation (273.4 +/- 72.1 mm Hg

13 Low tidal volume (2.9-4 ml/kg ideal body weight) and poor compliance (12.1-18.7 ml/cm

14 ed as a slow 10-mg bolus dose (0.1-0.2 mg/kg ideal body weight), and then an infusion was started at

15 lated on a grams per day, grams per kilogram ideal body weight, and a percentage of calories basis.

16 men who are more physically active, maintain ideal body weight, and consume diets enriched in fruit a

17 s morbid obesity, BMI>27 indicates >20% over ideal body weight, and normal BMI is 25.

18 greater than 50 years, weight > or = 110% of ideal body weight, and the absence of cytomegalovirus (C

19 corresponding to body weight > or = 120% of ideal body weight, and this figure is rising steadily.

20 nversely with lung function or percentage of ideal body weight, and upper-versus lower-lobe differenc

21 han 140 mm Hg and were 110% to 165% of their ideal body weight at baseline.

22 Underweight was defined as 10% or more below ideal body weight at diagnosis.

23 nges in extravascular lung water indexed for ideal body weight could detect weaning-induced pulmonary

24 tions were allowed to a maximum of 450 mg/kg ideal body weight/d.

25 o receive IV methylprednisolone (15 mg/kg of ideal body weight/day) or IV saline for 3 consecutive da

26 n were more strongly related to actual minus ideal body-weight discrepancy scores (r = 0.77) than to

27 face area (BSA), and ideal BSA (derived from ideal body weight for given height) in 970 normotensive

28 calories and ratio were adjusted to maintain ideal body weight for height and maximal urinary ketosis

29 ease in extravascular lung water indexed for ideal body weight greater than or equal to 14% diagnosed

30 Their body mass index and percentage of ideal body weight had fallen to 30+/-5 kg/m2 and 133+/-2

31 ssed as volume (cm3) and as volume per pound ideal body weight (IBW) (cm3/lb) (the conversion factor

32 The primary outcomes were percentage of ideal body weight (IBW) and remission (>/=95% of IBW).

33 ent predicted FEV1 was maximal at 90 to 100% ideal body weight (IBW) and was lower as body weight dev

34 Ideal body weight (IBW) equations and body mass index (B

35 with melphalan (M-ILI) dosing corrected for ideal body weight (IBW) is a well-tolerated treatment fo

36 cretion, young age, and low baseline percent ideal body weight (IBW) were each associated with a high

37 ed ideal body weight (AIBW; r2 = 0.265), and ideal body weight (IBW; r2 = 0.173); whereas body mass i

38 ion (CFF) recommends using the percentage of ideal body weight (%IBW(CFF)) and body mass index percen

39 elines to eliminate the use of percentage of ideal body weight (%IBW) to define "nutritional failure"

40 t lost (%WL), % excess weight loss (%EWL), % ideal body weight (%IBW), mortality, complications, and

41 - 3 and 12.8 +/- 6.8 vs 8.1 +/- 2.6 mL/kg of ideal body weight [IBW], P < .001).

42 the recommended dietary allowance (RDA) for ideal body weight in 1995 among both males and females a

43 d the estimated energy requirement (EER) for ideal body weight in 1995 by 62% for males and 39% for f

44 trial, extravascular lung water indexed for ideal body weight increased only in cases with weaning-i

45 travenous infusion of infliximab, 5 mg/kg of ideal body weight; infusion was repeated at 2 and 6 week

46 y-one healthy, moderately obese (120-140% of ideal body weight, LBW), postmenopausal women (65.6 +/-

47 tes should achieve a BMI <30 kg/m-or percent ideal body weight <140%-before listing for cardiac trans

48 23 +/- 2 kg/m2; 105 +/- 3 vs. 104 +/- 3% of ideal body weight) offspring of NIDDM patients.

49 Comparison of percent ideal body weight on admission did not show a statistica

50 ormotensive African American women > 120% of ideal body weight on the basis of WHRs > 0.85 [upper-bod

51 ncer received IMGN853 at 6.0 mg/kg (adjusted ideal body weight) once every 3 weeks.

52 weight and instead use a consistent weight (ideal body weight or adjusted body weight) when calculat

53 ate at a dose of up to 33 ml per kilogram of ideal body weight per day.

54 eral nutrition solution at a rate of 1 mL/kg ideal body weight per hour for 10 d.

55 re, the extravascular lung water indexed for ideal body weight, plasma B-type natriuretic peptide lev

56 ases in extravascular lung water indexed for ideal body weight, plasma protein concentrations, hemogl

57 and ventilator parameters (tidal volume per ideal body weight, positive end-expiratory pressure, and

58 al volume patients: tidal volume 10-12 mL/kg ideal body weight, reduced if inspiratory plateau pressu

59 kg of ideal body weight vs 27 of 86 mL/kg of ideal body weight, respectively; P < .001).

60 l or physiologic variable (including percent ideal body weight, serum albumin, prednisone use, lung f

61 er obese patients in extreme excess of their ideal body weight should undergo transplantation.

62 2) and weight was 179 +/- 39 kg (270 +/- 51% ideal body weight), significantly greater than in patien

63 ere calculated by using body weight (SUVbw), ideal body weight (SUVibw), lean body mass (SUVlbm), and

64 idal volume patients: tidal volume 5-8 mL/kg ideal body weight, to keep plateau pressure < 30 cm H2O

65 Mechanically ventilated patients (Vt 6 ml/kg ideal body weight) underwent whole-lung computed tomogra

66 viation] vs 31% +/- 7; ie, 32 of 81 mL/kg of ideal body weight vs 27 of 86 mL/kg of ideal body weight

67 CI, 6.8 to 14.4] mumol of phenylalanine/min/ideal body weight x 100; P = .40).

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