1 Planar
scintigraphic (
111)In-exendin images of 5 insulinoma pat
2 This study shows that asymptomatic bone
scintigraphic abnormalities of the feet, as well as diff
3 A reliable
scintigraphic agent to image PC and its metastatic or re
4 he imaging characteristics of antibody-based
scintigraphic agents.
5 Scintigraphic and radiologic abnormalities are seen in a
6 The recent progress with
scintigraphic and radiologic modalities has provided bet
7 Early echocardiographic,
scintigraphic,
and treadmill stress protocols can furthe
8 extensive physiologic evaluation, including
scintigraphic anopouch angle studies and pudendel never
9 Before evaluating the
scintigraphic appearance, all nodules were analyzed pros
10 ally represent the higher sensitivity of the
scintigraphic approach, since the whole myocardium is in
11 a (NMU)-induced bladder cancer and conducted
scintigraphic,
biodistribution and autoradiography (ARG)
12 Our aim was to evaluate
scintigraphic changes after treatment with the transthyr
13 trategy had similar baseline demographic and
scintigraphic characteristics.
14 Ex vivo small-animal PET images,
scintigraphic counts, and sr39tk expression analysis con
15 Phase image analysis was applied to the
scintigraphic data and mean phase angles computed for th
16 s dataset used attenuation correction of the
scintigraphic data.
17 Experience of
scintigraphic detection of bone lesion and active bone m
18 tion, [123I]IUdR has a potential role in the
scintigraphic detection of cancer.
19 Scintigraphic detection of carcinomas was achieved with
20 This finding implies that
scintigraphic detection of cardiac sympathetic denervati
21 We hypothesized that
scintigraphic detection of CCND1 peptide nucleic acid (P
22 An agent that permits
scintigraphic detection of chronic deep venous thrombosi
23 The results suggest that
scintigraphic detection of labeled lymphocytes is a prom
24 Scintigraphic detection of occult disease is limited by
25 makes 99mTc-MAG3-dsFv a promising agent for
scintigraphic detection of various hematological maligna
26 inexpensive alternative to sincalide in the
scintigraphic diagnosis of chronic acalculous cholecysti
27 labeled annexin V by use of clinical nuclear
scintigraphic equipment.
28 A
scintigraphic estimation of ERPF without blood samples u
29 Scintigraphic estimations of global and regional MPR in
30 discharge have been proposed recently in the
scintigraphic evaluation of xerostomia.
31 antitative indices may perform poorly in the
scintigraphic evaluation of xerostomic patients because
32 In addition,
scintigraphic evaluation with (123)I or (99m)Tc-pertechn
33 SPECT revealed
scintigraphic evidence of bilateral adrenocortical hyper
34 Three (30%) studies demonstrated
scintigraphic evidence of hemorrhage only at delayed ima
35 median SWS measurements between kidneys with
scintigraphic evidence of no, equivocal, or definite uri
36 e of new foci of malformations, a whole-body
scintigraphic examination was performed.
37 elopment of brain death and the evolution of
scintigraphic examinations as ancillary or confirmatory
38 iopsy of nodules with certain ultrasound and
scintigraphic features.
39 to fully appreciate the implications of the
scintigraphic findings and provide a basis to interpret
40 of knee joint inflammation: early-phase bone
scintigraphic findings and synovial fluid volume.
41 raphy in DCIS identification, describing the
scintigraphic findings and their correlation with mammog
42 case is presented because of its interesting
scintigraphic findings and to discuss the association of
43 Here, we describe
scintigraphic findings at fibular donor sites in three p
44 thallium (85% +/- 6) and gallium (90% +/- 5)
scintigraphic findings of mediastinal disease did not di
45 opathologic changes that occur in AD-and how
scintigraphic findings relate to these changes-will help
46 reated for PD fared poorly, although two had
scintigraphic findings suggestive of a short-term respon
47 Scintigraphic findings were correlated with biliary mebr
48 ned in all cases after scintigraphy, and the
scintigraphic findings were correlated with mammography
49 Scintigraphic findings were correlated with the clinical
50 se with concordant positive ECG and thallium
scintigraphic findings who had virtually identical IMT t
51 renography and were followed up to correlate
scintigraphic findings with clinical outcome.
52 175 were classified as acute by clinical and
scintigraphic findings.
53 nt symptoms were often not predictive of the
scintigraphic findings.
54 ied and excised the single or most prominent
scintigraphic focus and applied the QPTH.
55 Scintigraphic gastric emptying studies were performed on
56 Scintigraphic gastric emptying, small bowel transit, and
57 of total serum radioactivity and 1 based on
scintigraphic image data, were obtained for each volunte
58 Here we present a
scintigraphic image of familial congenital vascular malf
59 Methods: Serial whole-body
scintigraphic images (4 time points) were obtained after
60 etic resonance [MR] images [n = 9], and bone
scintigraphic images [n = 1]) were reviewed by four radi
61 c and therapeutic administration, whole-body
scintigraphic images and pharmacokinetic data were acqui
62 Scintigraphic images obtained at 24 h showed specific tu
63 Scintigraphic images obtained in New Zealand White rabbi
64 a over FR-beta in vivo was examined by gamma-
scintigraphic images of animal models of various inflamm
65 Good-quality gamma-camera
scintigraphic images of lung and extrathoracic depositio
66 lish the degree to which thyroid activity on
scintigraphic images reflects uptake of free radioiodine
67 Scintigraphic images showed that most of the label remai
68 Subsequently, a series of
scintigraphic images was registered, demonstrating passa
69 Scintigraphic images were collected to determine targeti
70 Blinded and unblinded interpretations of
scintigraphic images were compared with core laboratory
71 The best
scintigraphic images were obtained with monovalent HYNIC
72 Biodistributions,
scintigraphic images, and lung ICAM-1 upregulation were
73 sure tumor activity in sequential whole-body
scintigraphic images, and may help assess tumor response
74 ET camera were also identified on [123I]MIBG
scintigraphic images.
75 A blinded observer interpreted the
scintigraphic images.
76 ise was added to create images that resemble
scintigraphic images.
77 In CD-1 nude mice, biodistribution and
scintigraphic imaging analyses showed selective uptake o
78 DU145 or PC-3 prostate tumor xenografts for
scintigraphic imaging and necropsy organ counting.
79 can also be labeled with (99m)Tc, permitting
scintigraphic imaging and radioguided probe localization
80 Scintigraphic imaging demonstrated that the distribution
81 ive analysis of 224 inpatients who underwent
scintigraphic imaging for diagnosis and localization of
82 troduction of this new investigational drug,
scintigraphic imaging has been performed using conventio
83 (18)F-fluorocholine PET/CT and conventional
scintigraphic imaging methods, consisting of (99m)Tc-ses
84 vical ultrasonography (CU), and conventional
scintigraphic imaging modalities (MIBI scintigraphy, con
85 e the efficiency of established conventional
scintigraphic imaging modalities with emerging (18)F-flu
86 guanidine (MIBG) was developed 18 yr ago for
scintigraphic imaging of the adrenomedullary tumors pheo
87 d investigated its biodistribution and gamma
scintigraphic imaging properties.
88 Whole body gamma-
scintigraphic imaging shows rapid, specific delivery int
89 puted tomography (SPECT), a highly sensitive
scintigraphic imaging technique.
90 Planar
scintigraphic imaging was performed at 4 and 24 h after
91 Scintigraphic imaging with (123)I-metaiodobenzylguanidin
92 Expression profiling and gamma-
scintigraphic imaging with antibodies establishes two of
93 Scintigraphic imaging with PET and SPECT in trials offer
94 numbers of somatostatin receptors that allow
scintigraphic imaging with the radiolabeled somatostatin
95 Using delayed periodic
scintigraphic imaging, results of 115 scans (51.3%) demo
96 evaluate the biodistribution data and study
scintigraphic imaging, we performed serial scintigraphy
97 ide that possesses ideal characteristics for
scintigraphic imaging--and to evaluate 99mTc-VIP for bio
98 ) mice was readily detected noninvasively by
scintigraphic imaging.
99 to 72 hours later, patients underwent planar
scintigraphic imaging.
100 d marrow, kidneys, gut, and whole body using
scintigraphic imaging; external counting; and blood, fec
101 Scintigraphic interpretations were correlated with surgi
102 ts are discussed as well as radiographic and
scintigraphic investigations that can be used to diagnos
103 omography can effectively monitor changes in
scintigraphic ischemia after anti-ischemic medical or co
104 Scintigraphic ischemia and significant (>/=10%) left ven
105 s coronary revascularization for suppressing
scintigraphic ischemia as assessed by serial gated adeno
106 ring exercise, whereas 27 patients (38%) had
scintigraphic ischemia.
107 h coronary revascularization for suppressing
scintigraphic ischemia.
108 undergo axillary nodal dissection underwent
scintigraphic localization of sentinel lymph nodes with
109 er distribution in the immature skeleton and
scintigraphic manifestations of relatively common condit
110 Scintigraphic markers correlated best with FEV1 improvem
111 graphic response (31% vs. 19%) despite lower
scintigraphic markers.
112 Scintigraphic measurement of colonic transit is currentl
113 We evaluated a novel
scintigraphic method using new parameters of mechanical
114 -fluorocholine PET/CT surpassed conventional
scintigraphic methods (separately or combined), with cal
115 Scintigraphic methods carry significant amount of inform
116 Presented
scintigraphic methods may be used for both diagnosing an
117 There now are several
scintigraphic methods to compute volumes that are based
118 b biodistribution, and quantitative external
scintigraphic methods were used to determine the organ a
119 dioactive or paramagnetic metal chelator for
scintigraphic or magnetic resonance imaging of tumors.
120 gnificant correlation was found between most
scintigraphic parameters and the severity of renal impai
121 Two
scintigraphic parameters that have great value in discri
122 The purpose of this study was to define the
scintigraphic pattern of marrow replacement and changes
123 respective of histologic subtype, and with a
scintigraphic pattern of uptake that correlated well wit
124 lecystitis, a diagnosis based solely on that
scintigraphic pattern would have resulted in 12 false-po
125 ents; six (55%, 6% of total) of those 11 had
scintigraphic patterns consistent with unsuspected metas
126 There are specific
scintigraphic patterns for GD, TMNG, TA, and destructive
127 We identified 2 distinctly abnormal
scintigraphic patterns of focal and uniform (18)F-FDG up
128 We have identified 2 distinct
scintigraphic patterns that appear to predict the presen
129 Concordant
scintigraphic patterns were observed in 87 (81%) of 108.
130 In these 21 cases, the
scintigraphic patterns were reviewed and were compared w
131 malities (ventriculogram or echocardiogram),
scintigraphic perfusion defects, and coronary angiogram.
132 This is a new modification of
scintigraphic peritoneography as practiced routinely.
133 We endorse the previous recommendation that
scintigraphic peritoneography be performed before every
134 fistula was clearly demonstrated by dynamic
scintigraphic peritoneography.
135 123I]IUdR and [125I]IUdR) in addition to its
scintigraphic potential ([123I]IUdR and [131I]IUdR), it
136 The strongest
scintigraphic predictor of increase in FEV1 was upper-lo
137 The same
scintigraphic procedure was repeated after injection of
138 nodes were also identified during the second
scintigraphic procedure with ICG-(99m)Tc-nanocolloid.
139 Analysis of the
scintigraphic profile of lung efflux revealed exponentia
140 177)Lu-PSMA-I&T and to identify clinical and
scintigraphic prognostic factors for outcome.
141 s changes during therapy were used to define
scintigraphic progression, response, and stable disease.
142 thyroidectomy and the performance of various
scintigraphic protocols to guide limited surgery.
143 in RA joints, with a significant increase in
scintigraphic ratio observed in RA versus shams from day
144 Intraoperative
scintigraphic readings of both the primary tumor and lym
145 Scintigraphic response was a strong prognostic factor fo
146 The
scintigraphic response was evaluated by MIBG and bone sc
147 Scintigraphic results demonstrated the feasibility of (9
148 Radiographic and
scintigraphic results were compared with regard to size
149 rminate V-P scans or discordant clinical and
scintigraphic results were obtained underwent both V-P s
150 ith normal angiographic results but abnormal
scintigraphic results.
151 Rest/stress
scintigraphic scans were repeated after 60 months.
152 The mean extent of
scintigraphic scar quantified through the use of rotatio
153 Scintigraphic scar size determined with planar imaging o
154 as 35-36 U/kg/mo; in ERT-naive patients, the
scintigraphic score declined by 1 unit after ERT at 28 U
155 The response of the marrow
scintigraphic score was more pronounced in ERT-naive pat
156 Scintigraphic screening appears to increase by a factor
157 d 271 arteriograms obtained over 99 mo, with
scintigraphic screening implemented during the final 18
158 can before the performance of arteriography (
scintigraphic screening).
159 Before the implementation of
scintigraphic screening, arteriograms detected bleeding
160 nt dobutamine echocardiography (DE) and rest
scintigraphic studies before revascularization and DE at
161 Scintigraphic studies demonstrated a large nodule in the
162 Five-year
scintigraphic studies in patients without follow-up even
163 ion, anatomic mapping, and image fusion with
scintigraphic studies provides a new diagnostic tool for
164 counting rates in the sentinel nodes of both
scintigraphic studies was observed (mean R(2) = 0.83).
165 MATERIAL/METHODS:
Scintigraphic studies were performed in selected patient
166 stribution studies and 100 microCi for gamma
scintigraphic studies.
167 This
scintigraphic study analyzes the motility of the entire
168 In all investigated cases,
scintigraphic study resulted in acquiring relevant addit
169 astric emptying in children with emphasis on
scintigraphic techniques.
170 legel and renal uptake plasma volume product
scintigraphic techniques.
171 fasting and to introduce a new quantitative
scintigraphic test for measurement of its concentration
172 The aim of this study was to develop a
scintigraphic test to measure gastric emptying and accom
173 such a conditional test-treatment strategy (
scintigraphic testing followed by statin treatment in po
174 mTc-P748 preclinically for use as a hot spot
scintigraphic thrombus imaging agent.
175 Scintigraphic tumor uptake of (177)Lu-PSMA-I&T was compa
176 Patients with high
scintigraphic tumor uptake showed a higher PSA response
177 high scintigraphic uptake and those with low
scintigraphic uptake (median, 14.4 vs. 12.4 mo; hazard r
178 icantly different between patients with high
scintigraphic uptake and those with low scintigraphic up
179 ngs were observed if recovery of function or
scintigraphic uptake was analyzed as a marker for viabil
180 alysis of 15 different clinical, stress, and
scintigraphic variables in all patients revealed age (p
181 Among the clinical and
scintigraphic variables studied, male sex, rest ejection
182 Among clinical and
scintigraphic variables, the single most important predi
183 or pulmonary embolism underwent a diagnostic
scintigraphic ventilation/perfusion scan.
184 n(s) in vivo as visualized directly by gamma-
scintigraphic whole-body imaging.