ライフサイエンスコーパス: right lung

1 s examined by quantifying activity below the right lung.

2 pneumonectomy to increase blood flow to the right lung.

3 ogen to the left lung and 100% oxygen to the right lung.

4 ant (P < .01) in 19 of 27 comparisons in the right lung.

5 Right lung activity, corrected to venous blood, represen

6 Summed large volume right lung activity, normalized to venous blood activity

7 s commonly associated with hypoplasia of the right lung and right pulmonary artery.

8 ) was rapidly reduced from 1.0 to 0.4 on the right lung and to 0.6 on the left lung.

9 e elevated (>1) for 67% (10/15) of silicotic right lungs and 75% (12/16) of silicotic left lungs; fib

10 An in vivo microscope was attached to the right lung, and the microvascular response to hypoxia (F

11 le (LV), right ventricle (RV), left lung and right lung as proxy for arterial blood FDG sampling.

12 oliferation index (CPI) were measured in the right lung at 10 and 21 days after surgery.

13 obtained in healthy subjects (n = 7) in the right lung at functional residual capacity (FRC), FRC+50

14 liver dome lesions were mislocalized to the right lung base on PET/CT, likely because of a respirato

15 olates in 11% of positive pairs had only the right lung been sampled and in 16.7% had only the left l

16 but there was not a significant increase in right lung blood flow.

17 Data were acquired in the right lung during breath-holds at RV, FRC and TLC.

18 low and pressure to the right lung, left and right lung eNOS protein and mRNA contents were not diffe

19 7 and 54+/-13%, respectively (P < 0.05), and right lung eNOS protein content was unchanged.

20 When compared with the right lung, eNOS protein and mRNA content in the left lu

21 enous vessels draining the upper part of the right lung entering the superior vena cava.

22 PaO2 after right lung exclusion was 45 (32-72) mm Hg with albumin a

23 lung was assessed by PaO2 measurements after right lung exclusion.

24 ormed by using the experimental needle (five right lungs, five left lungs), and half were performed b

25 ion obtained from gamma-camera images of the right lung following inhalation of 99mTc aerosol, or for

26 /100 mg/min, and increased blood flow to the right lung from 5.8+/-0.5 to 10.0+/-1.4 ml/ 100 mg/min (

27 tation of the left lung and exclusion of the right lung from the circulation.

28 terest were drawn around the brain, left and right lungs, heart, liver, stomach wall, gallbladder, le

29 tudy shows that preferential sampling of the right lung improves the diagnostic efficacy of unilatera

30 al changes developed in more than 90% of all right lung intra-acinar vessels 5 weeks after MCT injury

31 lung and increased flow and pressure to the right lung, left and right lung eNOS protein and mRNA co

32 tack, when a chest radiograph demonstrated a right lung mass.

33 After functional removal of the nonischemic right lung, mice deletionally mutant for the P-selectin

34 with a diagnosis of small-cell cancer of the right lung (microcellular anaplastic carcinoma), was adm

35 f mucoid P. aeruginosa were instilled in the right lung of normal or CF mice.

36 Lung glycogen levels in the right lung of the cortisol group were significantly bett

37 we compared eNOS expression in the left and right lungs of normoxic and chronically hypoxic rats wit

38 colony forming units) was instilled into the right lungs of rabbits that were then ventilated at a ti

39 C pressure at the cost of decreased left and right lung perfusion.

40 of plasma per gram of tissue in the left and right lung regions of interest, with a test-retest varia

41 4% in Sections 1 through 4, in the left and right lungs, respectively.

42 les would have been detected in a unilateral right-lung sample in 89% of positive sample pairs.

43 results also indicate that pooling left- and right-lung samples for a single quantitative culture is

44 xclusively in 6.4% of left-lung and 12.1% of right-lung samples.

45 n of pleural basement membrane formation and right lung septation correlated with absence of laminin

46 l arteriograms, all showing PE involving the right lung, so that total prevalence was 60%.

47 10(5) neutrophils/ml [mean +/- SEM]) of the right lung than that obtained from the right lower lobe

48 who have liver herniation and a sonographic right lung-to-head circumference ratio of less than 1.0,

49 The patient underwent single right lung transplantation for severe emphysema and chro

50 Although the right lung volume is larger than the left, an equal amou

51 When prone, the percent of left and right lung volume located under the heart was </= 1 and

52 Left and right lung volumes were equivalent (left = 4.06+/-0.47,

53 Bronchoalveolar lavage of the right lung was performed after 120 mins of reperfusion,

54 s ventilated with pure nitrogen, whereas the right lung was ventilated with pure oxygen.

55 gh the anterior, mid, and posterior left and right lungs, was significantly lower in patients with re

56 Right lung weights and right thoracic computed tomograph

57 The blood flows to the left and right lungs were measured with ultrasonic flow probes on

58 CT and CT angiography - hypoplasia of the right lung with no visible interlobar fissures.

59 s scores > 1 were measured in 91% (10/11) of right lungs with PET scores > 1, and in 92% (12/13) of s

60 ferences between mean values in the left and right lungs with respect to those in the whole lung were