features and a malignant or benign diagnosis. The sensitivity, specificity, and positive and negative predictive values of progressive enhancement for a diagnosis of benignity were 60%, 73%, 43%, and 84%. Conclusion: In the evaluation of enhancing small solid renal lesions without fat, no CT criteria were of sub-stantial help in differentiating malignant from benign lesions. Editorial Comment Pre-operative characterization of small solid enhancing renal lesion containing no macroscopic fat is a difficult task. Although the CT characteristics of benign solid renal lesion overlap with those of renal cell carcinoma, we encourage radiologists from our institution to narrow the differential diagnosis whenever it is possible. The pre-operative ra...
Our experience of finding a small renal cell carcinoma by CT suggested the diagnostic importance of ...
Introduction: Quantitative measurement of the degree of enhancement has not been widely reported for...
Small renal masses (SRM) are increasingly detected incidentally during imaging. They vary widely in ...
OBJECTIVE: The purpose of this study was to evaluate CT criteria for achieving high positive predict...
Kidney neoplasms are common clinical disorders now being detected in even great-er numbers due to th...
Background: With the advances in the diagnostic parameters, CT with the use of various software allo...
BACKGROUND: Small renal masses (SRMs; ≤4 cm) represent a challenging issue. Computed tomography (CT...
Objectives. To assess the potential of CT for characterizing small renal tumors. Methods. 76 patient...
Purpose: The determination of the size of a renal tumor is important for staging, prog-nosis and sel...
Contains fulltext : 206901.pdf (publisher's version ) (Open Access)The prognosis o...
Objective: The incidence of solid renal masses has increased sharply in recent years due to widespre...
AIM: To describe the appearance of small solid renal lesions ( 643 cm) on diffusion-weighted magneti...
Introduction: In recent years the increased utilization of imaging modalities has led to an accelera...
Objective: The incidence of solid renal masses has increased sharply in recent years due to widespre...
PURPOSE: To evaluate the CT appearance of renal cell carcinoma and to correlate it with nuclear grad...
Our experience of finding a small renal cell carcinoma by CT suggested the diagnostic importance of ...
Introduction: Quantitative measurement of the degree of enhancement has not been widely reported for...
Small renal masses (SRM) are increasingly detected incidentally during imaging. They vary widely in ...
OBJECTIVE: The purpose of this study was to evaluate CT criteria for achieving high positive predict...
Kidney neoplasms are common clinical disorders now being detected in even great-er numbers due to th...
Background: With the advances in the diagnostic parameters, CT with the use of various software allo...
BACKGROUND: Small renal masses (SRMs; ≤4 cm) represent a challenging issue. Computed tomography (CT...
Objectives. To assess the potential of CT for characterizing small renal tumors. Methods. 76 patient...
Purpose: The determination of the size of a renal tumor is important for staging, prog-nosis and sel...
Contains fulltext : 206901.pdf (publisher's version ) (Open Access)The prognosis o...
Objective: The incidence of solid renal masses has increased sharply in recent years due to widespre...
AIM: To describe the appearance of small solid renal lesions ( 643 cm) on diffusion-weighted magneti...
Introduction: In recent years the increased utilization of imaging modalities has led to an accelera...
Objective: The incidence of solid renal masses has increased sharply in recent years due to widespre...
PURPOSE: To evaluate the CT appearance of renal cell carcinoma and to correlate it with nuclear grad...
Our experience of finding a small renal cell carcinoma by CT suggested the diagnostic importance of ...
Introduction: Quantitative measurement of the degree of enhancement has not been widely reported for...
Small renal masses (SRM) are increasingly detected incidentally during imaging. They vary widely in ...