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  1. Ultrasound (abdomen), Normal

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    Description: Right renal length: 11.1 cm Left renal length: 10.8 cm Renal Findings: The kidneys are normal in size and echogenicity. There is no hydronephrosis. No shadowing stones are seen. Bladder: The bladder is collapsed Normal kidney
    Keywords: Tomography, Ultrasonic, Ultrasound Imaging, normal kidney, Ultrasonic Tomography, US, Echography, Ultrasonic Imaging, Ultrasonic Diagnosis, Diagnosis, Echotomography, Diagnosis, Ultrasonic, Computer Echotomography, Echotomography, Computer, Sonography, Medical

  2. Ultrasound (abdomen), Normal

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    Description: Right renal length: 11.1 cm Left renal length: 10.8 cm Renal Findings: The kidneys are normal in size and echogenicity. There is no hydronephrosis. No shadowing stones are seen. Bladder: The bladder is collapsed Normal kidney
    Keywords: normal kidney, Diagnosis, Sonography, Medical, Ultrasonic Diagnosis, Tomography, Ultrasonic, Echotomography, Computer, Ultrasonic Tomography, Ultrasound Imaging, Echotomography, Echography, Ultrasonic Imaging, Diagnosis, Ultrasonic, US, Computer Echotomography

  3. CT Abdomen (axial), bilateral pyelonephrosis

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    Description: Multiple wedge shaped foci with a pattern of striated enhancement consistent with bilateral pyelonephrosis. No evidence of associated hydronephrosis.
    Keywords: Urologic Diseases, Nephritis, Pyelonephritis, Male Urogenital Diseases, Kidney Diseases, Nephritis, Interstitial

  4. Ultrasound (abdomen), Pyelonephritis, Image 2

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    Description: Heterogeneous 2 cm mass in the right kidney consistent with pyelonephritis associated with abscess
    Keywords: Ultrasonic Tomography, Sonography, Medical, kidney disease, US, Necrotizing Pyelonephritis, Echotomography, Computer, Pyelonephritis, Pyelonephritis, Acute Necrotizing, Echotomography, Tomography, Ultrasonic, Diagnosis, Ultrasonic, Ultrasound Imaging, Echography, Computer Echotomography, Ultrasonic Imaging, Diagnosis, Ultrasonic Diagnosis

  5. Ultrasound (abdomen), Pyelonephritis, Image 4

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    Description: Heterogeneous 2 cm mass in the right kidney consistent with pyelonephritis associated with abscess
    Keywords: Necrotizing Pyelonephritis, Ultrasonic Diagnosis, Diagnosis, Ultrasonic, Ultrasonic Imaging, Ultrasound Imaging, Computer Echotomography, Tomography, Ultrasonic, Echotomography, Computer, Ultrasonic Tomography, Sonography, Medical, Pyelonephritis, Acute Necrotizing, Echotomography, kidney disease, US, Pyelonephritis, Echography, Diagnosis

  6. Ultrasound (abdomen), Pyelonephritis, Image 3

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    Description: Heterogeneous 2 cm mass in the right kidney consistent with pyelonephritis associated with abscess
    Keywords: Pyelonephritis, Pyelonephritis, Acute Necrotizing, Echotomography, Computer, Necrotizing Pyelonephritis, Ultrasound Imaging, Ultrasonic Diagnosis, kidney disease, US, Echography, Ultrasonic Tomography, Ultrasonic Imaging, Diagnosis, Ultrasonic, Sonography, Medical, Tomography, Ultrasonic, Echotomography, Diagnosis, Computer Echotomography

  7. Ultrasound (abdomen), Pyelonephritis, Image 1

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    Description: Heterogeneous 2 cm mass in the right kidney consistent with pyelonephritis associated with abscess
    Keywords: Ultrasonic Tomography, Pyelonephritis, Sonography, Medical, Echotomography, Computer, Diagnosis, Ultrasonic, Necrotizing Pyelonephritis, Ultrasound Imaging, Echotomography, Pyelonephritis, Acute Necrotizing, Diagnosis, Echography, Tomography, Ultrasonic, Ultrasonic Imaging, Computer Echotomography, kidney disease, US, Ultrasonic Diagnosis

  8. Diagostic algorithm - Fever

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    Description: Diagostic algorithm - Fever
    Keywords:

  9. VQ Scan Pulmonary Embolism

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    Description: Ventilation-perfusion scintigraphy in a woman taking oral contraceptives and valdecoxib. (A) After inhalation of 20.1 mCi of Xenon-133 gas, scintigraphic images were obtained in the posterior projection, showing uniform ventilation to lungs. (B) After intravenous injection of 4.1 mCi of Technetium-99m-labeled macroaggregated albumin, scintigraphic images were obtained, shown here in the posterior projection. This and other views showed decreased activity in the following regions: apical segment of right upper lobe, anterior segment of right upper lobe, superior segment of right lower lobe, posterior basal segment of right lower lobe, anteromedial basal segment of left lower lobe, and lateral basal segment of left lower lobe.
    Keywords: Radioisotope Scanning, PE, Thromboembolisms, Pulmonary, Pulmonary Thromboembolism, Thromboembolism, Pulmonary, Radiodermatitis, Embolisms, Pulmonary, Scintigraphy, Embolism, Pulmonary, Pulmonary Thromboembolisms, Diagnosis, Gamma Camera Imaging, Scintiphotography, Pulmonary Embolisms, Scanning, Radioisotope

  10. Diagnostic algorithm: Pulmonary embolism

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    Description: A diagnostic algorithm for pulmonary embolism (estimated frequencies of test results and associated prevalences of pulmonary embolism for a hypothetical cohort of 1000 outpatients) [1]. If a very sensitive D-dimer assay is used, it can be the first test performed: a negative result excludes pulmonary embolism regardless of clinical assessment category and a positive test can be followed by a ventilation–perfusion scan [2]. A ventilation–perfusion scan can be performed as the initial test without using clinical assessment of the probability of pulmonary embolism as part of the diagnostic process [3]. Pulmonary angiography or helical CT may be considered if the clinical assessment of pulmonary embolism probability is low, particularly if a D-dimer test has not been done [4]. Additional testing (e.g., helical CT, bilateral venography) may be considered if overall assessment suggests a high probability of pulmonary embolism (e.g., 50%–80%), symptoms are severe or cardiopulmonary reserve is poor [5]. Venography should be considered if there is an increased risk of a false-positive ultrasound result (e.g., previous venous thromboembolism, equivocal ultrasound findings, preceding findings suggest low probability of pulmonary embolism [e.g., ≤ 10%]) [6]. It is reasonable not to repeat ultrasound testing, or to do only 1 more ultrasound after 1 week, if preceding findings suggest a low probability of pulmonary embolism (e.g., ≤ 10%) [7]. If helical CT is used in place of ventilation–perfusion lung scanning: (i) intraluminal filling defects in segmental or larger pulmonary arteries are generally diagnostic for pulmonary embolism; (ii) all other findings (i.e., a normal CT scan or intraluminal filling defects confined to the subsegmental pulmonary arteries) are nondiagnostic and can be managed as shown for a nondiagnostic lung scan.
    Keywords: Embolism, Pulmonary Thromboembolism, Thromboembolism, Pulmonary, Embolism, Pulmonary Pulmonary Thromboembolisms, Embolisms, Pulmonary, Thromboembolisms, Pulmonary, Vascular Diseases, Pulmonary Embolisms