ライフサイエンスコーパス: right lobe

1 ft lobe graft, while LD transplants used the right lobe.

2 d with blood containing more oxygen than the right lobe.

3 le mediated transport were down-regulated in right lobe.

4 f information that flow through the left and right lobes.

5 dose was delivered to each lobe using glass (right lobe 117 Gy; left lobe 108 Gy) than using resin (r

6 r grafts (WLG) and 49 reduced size grafts (3 right lobes, 16 left lobes, and 30 left lateral segments

7 or liver transplants: 13 grafts (27.7%) were right lobes, 22 (46.8%) were left lobes, and 12 (25.5%)

8 antation Cohort Study, including 233 (85.0%) right lobes, 40 (14.6%) left lobes, and 1 (0.5%) left la

9 l grafts; of these, 11 (50.0%) were extended right lobes, 9 (40.9%) were left lateral segments, 1 (4.

10 ents and 3 left lobes; 59 adults received 50 right lobes and 9 left lobes.

11 33) between higher AUVs (from either left or right lobe) and higher components of pathologic Gleason

12 ) were left lateral segments, 1 (4.5%) was a right lobe, and 1 (4.5%) was a left lobe.

13 ght trisegments, 11 left lateral segments, 1 right lobe, and 1 left lobe.

14 s (from I-VIII), 16 bisegmentectomies of the right lobe, and 10 subsegmentectomies were performed.

15 c studies demonstrated a large nodule in the right lobe, and a hemithyroidectomy was performed at the

16 Anatomical variations of the right lobe can be accommodated without donor complicatio

17 antly due to decreased sizes of the left and right lobes, corresponding to regions of decreased perfu

18 ported to date in the case of adult to adult right lobe donation.

19 ACT) volumetry and actual graft weight after right-lobe donation in 200 right-lobe donors.

20 Another right lobe donor had prolonged hyperbilirubinemia.

21 Right lobe donor hepatectomy is frequently required to o

22 Right lobe donors had three bile leaks from the cut surf

23 Right lobe donors were majority at 62.2% followed by lef

24 e 9 left lateral segment, 2 left lobe, and 3 right lobe donors.

25 raft weight after right-lobe donation in 200 right-lobe donors.

26 emorrhage from an iatrogenic laceration to a right lobe graft 11 days after transplantation.

27 Patient and graft survival for the right lobe graft was 95% and the left lateral segment 86

28 lted in three right trisegmental grafts, one right lobe graft, one left lobe graft, and three left la

29 ective replacement of the organ with another right lobe graft.

30 e use of an NHBD liver, which was cut into a right-lobe graft and implanted as an auxiliary partial o

31 onor liver transplantation (LDLT) mostly use right lobe grafts due to fears of providing recipients w

32 es of adult LDLT using LLG are comparable to right lobe grafts transplants.

33 , 152 right trisegment, 15 left lobe, and 13 right lobe grafts.

34 Fifty-one donors who provided right-lobe grafts underwent volumetric spiral computed t

35 ales (mean age 36.0+/-9.6 years) provided 51 right-lobe grafts.

36 phates in our group of donors that underwent right-lobe hepatectomies.

37 Right lobe hepatectomy can be performed safely in health

38 rd examination for 51 subjects who underwent right lobe hepatectomy.

39 Use of the donor right lobe in adult-to-adult living donor transplantatio

40 Right lobe LDLT with donors aged 50 years or older resul

41 nt body weight ratio for right trisegmental, right lobe, left lobe, and left lateral segmental grafts

42 angiography were performed in 44 consecutive right lobe liver donors (25 men, 19 women; mean age, 37

43 blood flow were measured intraoperatively in right lobe liver donors and recipients with electromagne

44 c magnetic resonance imaging (MRI) in living right lobe liver donors and the recipients of these graf

45 y the reasons for nonmaturation of potential right lobe liver donors at our transplant center.

46 Right lobe liver graft recipients who have variant right

47 all size and multiple ducts, particularly in right lobe liver grafts, are major factors that contribu

48 Forty right lobe liver transplants were performed between adul

49 The authors identified all living right-lobe liver donor candidates who underwent CT chola

50 Right lobe living donor liver transplantation poses chal

51 nt body weight ratio of 0.8% is adequate for right lobe living donor liver transplantation.

52 Twenty-five right lobe living donor liver transplants were performed

53 From July 2000 to May 2002, we performed 95 right-lobe living-donor hepatectomies for 95 adult liver

54 MRI accurately determines right lobe mass.

55 The transplantation of the right lobe of a liver from a living adult donor into an

56 : prolonged surgery (OR = 1), surgery on the right lobe of the liver (OR = 1.6), neoadjuvant chemothe

57 diameter spherical VOI was placed within the right lobe of the liver above, below, and at the level o

58 features of a rare case of hypoplasia of the right lobe of the liver in a sigmoid cancer patient are

59 per, lower, or portal vein levels within the right lobe of the liver.

60 est in the aortic arch blood pool and in the right lobe of the liver.

61 t the upper, portal, and lower levels of the right lobe of the liver.

62 rmed and revealed a suspicious nodule in the right lobe of the prostate without any extraprostatic ex

63 Vascularized right lobe of the thymus was transplanted heterotopicall

64 All patients received the right lobe of their donor in a standard technique.

65 odiffusion coefficient [Dp]) in the left and right lobes of the liver, and in the pancreas, spleen, r

66 g and receptor activity were up-regulated in right lobe; ontological pathways related to cell signall

67 per 1000 for left lobe, and 1.5 per 1000 for right lobe; P = .8).

68 per 1000 for left lobe, and 3.3 per 1000 for right lobe; P = .9).

69 lobes (68% liver mass) with ligation of the right lobes pedicle (24% liver mass), resulting in liver

70 Portal flow to the right lobe ranged from 601 to 1,102 ml/min before resect

71 Right lobe recipients are not disadvantaged by the proce

72 Of 24 subjects who underwent right lobe retrieval, biliary tract anatomy determined a

73 actual volumes to provide estimates for both right lobe (RL) and left lateral segment (LLS) GV.

74 and complications for left lobe (LL) versus right lobe (RL) donors and recipients.

75 We investigated whether right lobe (RL) liver donation is associated with a high

76 resents one of the most challenging parts of right lobe (RL) living donor liver transplantations (LDL

77 SWE values obtained at the upper right lobe showed the highest correlation with estimatio

78 ll grafts had good early function except one right lobe split.

79 41 were isolated, often multiple, segmental right lobe thrombi.

80 Current methods of living donor right lobe transplantation can be expanded for use in th

81 The hemodynamic pattern after right lobe transplantation is predictable and intraopera

82 ion and TIPS do not significantly complicate right lobe transplantation.

83 ntations, including six left lateral and two right lobe transplantations, between November 1994 and S

84 The right lobe was transplanted into a woman with FAP associ

85 the right portion of the median lobe and the right lobe, weighing 5.33 +/- O.58 g (53.6 +/- 2.2% of t

86 as much liver parenchyma as possible in the right lobe while avoiding large vessels, on imager-gener