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1 moval at 6 weeks after transplantation (with cystoscopy).
2 Figure 5: Image obtained at cystoscopy.
3 detected on a preliminary ultrasonography or cystoscopy.
4 Only 2 cases required extraction by cystoscopy.
5 "mixed flora" in an elderly male following a cystoscopy.
6 ns in comparison to conventional white light cystoscopy.
7 tive results, and are unlikely to substitute cystoscopy.
8 nce that any marker can replace surveillance cystoscopy.
9 , 72% (142 of 197), and 99% (634 of 641) for cystoscopy.
10 including implementing robotics and flexible cystoscopy.
11 ntinues to rely on direct visualization with cystoscopy.
12 short-term recurrence rates than white light cystoscopy.
13 lysis of NMP22 protein and cytology prior to cystoscopy.
14 ice (9 or 15 Fr) has been developed to spare cystoscopy.
15 have been made in the field of fluorescence cystoscopy.
16 hypericin) and their application to flexible cystoscopy.
17 ved sensitive and specific enough to replace cystoscopy.
18 this technique can be used for office-based cystoscopy.
19 The diagnosis is made by cystoscopy.
20 ssibly play a complementary role to standard cystoscopy.
21 ew developments in the field of fluorescence cystoscopy.
22 died to improve the accuracy of fluorescence cystoscopy.
23 plasms underwent CT virtual and conventional cystoscopy.
24 aturia and abnormal findings at conventional cystoscopy.
25 agement and reduce the need for surveillance cystoscopies.
32 to the invasiveness and expense of frequent cystoscopies and the lack of sensitivity of urinary cyto
35 Studies were stratified by the percentage of cystoscopy and CT urography use and by high-risk cohorts
36 ative limitations of the current standard of cystoscopy and cytology, there has been burgeoning activ
37 3 of the malignancies missed during initial cystoscopy and did not significantly increase the sensit
38 nicians should consider urology referral for cystoscopy and imaging in adults with microscopically co
39 ts who had bladder abnormalities noted using cystoscopy and in 1 patient with an increased prostate-s
41 mour cells, the modality used for diagnostic cystoscopy and possible gender-associated differences.
43 croscopic hematuria, which is evaluated with cystoscopy and upper tract imaging depending on the degr
44 its availability in both flexible and rigid cystoscopy and ureteroscopy and its potential for detect
45 cancer or progressive disease), assessed by cystoscopy and urine cytology approximately 3 months aft
49 , as many 'routine cases' when examined with cystoscopy are found to be associated with complications
51 ients were assigned to 2nd TURB or follow-up cystoscopy at 3 months (FU) by clinicians' discretion.
54 ive multicentre study of blue light flexible cystoscopy (BLFC) in surveillance of intermediate-risk a
55 opy were comparable to those at conventional cystoscopy but were obtained without the associated risk
56 were significant variations in the prices of cystoscopy (chi23 = 85.9; P = .001), prostate biopsy (ch
58 cancer or progressive disease as assessed by cystoscopy, cytology, and central pathology and radiolog
61 Forty-two of the 60 patients (70%) who had cystoscopy had macroscopic changes consistent with cyclo
62 agents to the armamentarium of fluorescence cystoscopy has great potential with promising results in
63 usually used in the clinic as an adjunct to cystoscopy; however, it suffers from low sensitivity.
67 number of articles have examined the use of cystoscopy in all cases of complicated pelvic surgery an
70 ase II and III trials outperform white light cystoscopy in terms of cancer detection and recurrence-f
71 recent literature on the use of fluorescence cystoscopy in the diagnosis and management of bladder ca
74 d for NMIBC, such as undetected tumours upon cystoscopy, incomplete resection during TURBT, tumour re
76 gists blinded to the results of conventional cystoscopy independently reviewed the transverse and vir
83 ses of extravasation were preceded by recent cystoscopy or placement of a Foley catheter; one case wa
84 ither early stent removal at 5 days (without cystoscopy) or late removal at 6 weeks after transplanta
85 mor growth from imaging studies, findings at cystoscopy, or histologic interpretation of biopsies.
88 de replacement or reduction in the number of cystoscopies performed in the surveillance of bladder ca
89 a substantial increase in waiting times for cystoscopies, prompting concerns of delayed diagnoses an
96 er tumors can be detected using fluorescence cystoscopy resulting in improved cancer detection and lo
100 eliminary results with flexible fluorescence cystoscopy suggest that this technique can be used for o
104 used in conjunction with urine cytology and cystoscopy to improve clinical diagnosis of bladder canc
105 endpoint was CR at 12 months as assessed by cystoscopy, urine cytology, cross-sectional imaging and
107 renceable bladder map rendered from standard cystoscopy videos without the need for specialized equip
112 of 40 bladder lesions proved at conventional cystoscopy were detected with a combination of transvers
113 ce characteristics for both CT urography and cystoscopy were determined by using pathologic findings
114 ndard for the diagnosis of bladder cancer is cystoscopy, which is invasive and painful for patients.
119 nosis of bladder cancer recurrence, based on cystoscopy with biopsy, was accepted as the reference st
120 samples from postmenopausal women undergoing cystoscopy with fulguration of trigonitis in the advance
122 cent advances have been made in fluorescence cystoscopy with the use of newer fluorescence agents (he
123 ladder cancer rely heavily on routine office cystoscopy, with few advances in diagnostic and treatmen
124 tory of urothelial cancer, who had undergone cystoscopy within 6 months of the CT urogram, were inclu