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1 idney and 1.62 mg/dl in the recipient of the right kidney.
2  x 2.9 cm x 2.9 cm) in the lower pole of the right kidney.
3 y to decompress the collecting system of the right kidney.
4 iscovery of renal cell carcinoma (T1) in the right kidney.
5 Norway islet graft was transplanted into the right kidney.
6 nfidence interval: -3.73, 3.58) for left and right kidneys.
7 the 227 kidneys transplanted, 17 (7.5%) were right kidneys.
8                     The increased RPP to the right kidney accounted for differences in renal injury b
9  normal function (1.75 0.25 vs. 2.28 0.21 of right kidney and 1.79 0.17 vs. 2.29 0.21 of left kidney
10  kidneys was performed and revealed a normal right kidney and a cystic lesion in the left kidney.
11 difference in total uptake between liver and right kidney and between spleen and left kidney, were ca
12 bilateral flank incision with removal of the right kidney and clamping of the left hilum.
13                   Both recipients received a right kidney and distal pancreas: the first (a 28-year-o
14 l uptake declined over 5 minutes in left and right kidney and in liver (from 88% +/- 10% [1 minute] t
15         Ultrasonographic images of liver and right kidney and of spleen and left kidney were obtained
16 he ratio of total uptake in liver to that in right kidney and of total uptake in spleen to that in le
17  right kidney, between the upper pole of the right kidney and the lower pole of the right kidney (RLP
18  3105 transplants performed, only 12.8% were right kidneys and 23.1% had multiple renal arteries.
19 nsplanted a third of these kidneys (35.8% of right kidneys and 36.7% of kidneys with multiple renal a
20 ns across all scans were 0.33 (liver), 0.30 (right kidney), and 0.22 (left kidney).
21 cross all patients (0.26 for liver, 0.22 for right kidney, and 0.20 for left kidney).
22 for left kidney, 0.54 (range, 0.31-1.07) for right kidney, and 0.51 (range, 0.27-1.04) for healthy li
23 ung, heart, liver, stomach, spleen, left and right kidney, and bladder.
24  bowel, large bowel, stomach, liver, spleen, right kidney, and left kidney, respectively.
25 y system abnormalities, high location of the right kidney, and right colon interposition.
26  < 0.001; r = 0.66 p < 0.001for left kidney, right kidney, and thigh NIRS respectively).
27  0.001; r = 0.70 p < 0.001; for left kidney, right kidney, and thigh NIRS respectively).
28  multipotent embryonic cell committed to the right kidney, around 4 weeks post-conception.
29 ional hemodynamics (portal vein, hepatic and right kidney artery ultrasound flow probes) and oxygen t
30 ional hemodynamics (portal vein, hepatic and right kidney artery ultrasound flow probes) and oxygen t
31 ntrasts with the REBOA group, where left and right kidney as well as thigh NIRS were moderately corre
32 y (LLDN), there is reluctance to procure the right kidney because of the more difficult exposure and
33 ng in the region above the upper pole of the right kidney, between the upper pole of the right kidney
34                                          The right kidney can be procured with LLDN; however, a ratio
35 dney capsule and MN-treated islets under the right kidney capsule.
36 -old woman, had good renal function, but her right kidney contained a large 4-cm cyst that had a beni
37                           The removal of the right kidneys contralateral to the transplant were delay
38 educed liver D(mean), V(d<21.5 Gy), V(10Gy); right kidney D(mean); duodenum D(mean), D(0.5cc), (1cc),
39  NTCP (p = 0.001), liver EUD (p < 0.001) and right kidney EUD (p < 0.001) in Group A; however, in Gro
40 he left ureter ligation, causes irreversible right kidney failure 3, 6 or 9 months after AKI.
41 mice were subjected to electrocautery of the right kidney followed by left nephrectomy.
42                                          The right kidneys from NOD-preconditioned animals revealed d
43                                          The right kidney had been removed eight years earlier becaus
44 ls: upper liver at diaphragm, porta hepatis, right kidney hilum, iliac crest, and upper margin of ace
45                                           On right kidney histopathological and immunohistochemical,
46                                           On right kidney histopathological and immunohistochemical,
47 ded nephrectomy suggests that recovering the right kidney is a reasonable option for donors with cont
48          In open live donor nephrectomy, the right kidney is selected if the left kidney has multiple
49 o significant differences were found for the right kidney, liver, and spleen, apart from the left kid
50 s (2, 20, 43, and 69 h) for the left kidney, right kidney, liver, and spleen.
51 ped for T (eff) predictions for the left and right kidneys, liver, and spleen subsequently used to es
52 s also a strong correlation between left and right kidney NIRS (r = 0.90 p < 0.001).
53 ler flow probes were placed on the liver and right kidney of anesthetized pigs.
54 2 weeks of age and renal disease severity in right kidneys of Tg mice at 4 weeks of age.
55 t kidney (P =.014) but not between liver and right kidney or right and left kidney.
56 ys than expected and 12.1% transplanted zero right kidneys or kidneys with more than 1 artery.
57 ltiple left renal arteries or veins, smaller right kidney, or cystic right renal mass.
58 can evolve before the divergence of left and right kidney primordia.
59 ative time in LDN, whereas RDN was longer in right kidney procurements; both procedures were equally
60                                              Right kidneys received vehicle infusions.
61  molecular evidence of WNV infection and the right kidney recipient had prolonged but clinically inap
62 52 and BaBlu were injected into the left and right kidney, respectively, in the same rats.
63 f the right kidney and the lower pole of the right kidney (RLP), or below the iliac crest.
64 ries; during the same period, the RPP to the right kidney rose to 164 +/- 8 mmHg.
65                                          The right kidney served as the control.
66 th LLDN is reviewed to determine whether the right kidney should be procured laparoscopically.
67   Anterior rotation of the lower pole of the right kidney should prompt a search for precaval renal a
68 , liver, stomach wall, gallbladder, left and right kidneys, spleen, and urinary bladder.
69 0.894/0.841/0.853/0.847/0.941 on left kidney/right kidney/spleen/aorta/liver organ segmentation.
70                                           MR right kidney split renal function values (range, 32%-59%
71 he sampled volume of interest (VOI; left and right kidneys strongly coclustered).
72                  59.3% of centers used fewer right kidneys than expected and 12.1% transplanted zero
73 ge of the liver near the gallbladder and the right kidney, the tip touching the duodenum, the rectum
74 ons of up to 0.33 were obtained (e.g., (90)Y right kidney to liver).
75 vein required reconstruction more often with right kidney transplantation (72.5% vs 27.5%, P < .001),
76                                   The paired right kidney underwent static cold storage for 14 hr.
77 ally into each segmental renal artery of the right kidney until capillary stasis occurred.
78 genesis with compensatory hypertrophy of the right kidney, uterus didelphys with haematometra and hae
79 ry small increased risk of graft failure for right kidneys versus left of limited clinical relevance
80  0.88 p < 0.001;for left kidney vs thigh and right kidney vs thigh respectively).
81                                          The right kidney was removed before reperfusion and processe
82                                          The right kidney was removed from the rat and perfused with
83  of experiments, rats were anesthetized, the right kidney was removed, and two of three major branche
84                        The lower pole of the right kidney was rotated anteriorly in two (22%) of nine
85 estis was located in the inguinal canal, the right kidney was slightly enlarged and the left kidney c
86  the US detection of calculi in the left and right kidneys was compared.
87                                The liver and right kidney were well flushed, but the left kidney was
88                                          The right kidneys were controls and remained hypoperfused.
89                                          The right kidneys were processed for histology.
90                                              Right kidneys were removed from 30 kg Yorkshire pigs in
91           After 30 minutes of warm ischemia, right kidneys were removed from 30-kg Yorkshire pigs and
92 ll not entertain a match offer for a left or right kidney with more than one artery, respectively.
93   Severe ischaemia-reperfusion injury of the right kidney, with subsequent periods of the left ureter