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  • Book
    Mihir S. Wagh, Peter V. Draganov, editors.
    Contents:
    Classification of Pancreatic Lesions
    Pancreatic Adenocarcinoma
    Less Common Solid Tumors of Pancreas
    Cystic Lesions of the Pancreas
    Autoimmune pancreatitis
    Pancreatitis-related pancreatic masses: Chronic Pancreatitis
    Radiographic imaging
    EUS Imaging in the Diagnosis of Pancreatic Masses
    Contrast-enhanced EUS
    Endoscopic Ultrasonography: Role of EUS Sampling in Solid Pancreas Lesions
    Endoscopic Ultrasonography: Role of EUS sampling in Cystic lesions
    Role of ERCP in Diagnosing Pancreatic Masses
    Endoscopic Retrograde Cholangiopancreatography (ERCP): Pancreatoscopy for the evaluation of pancreatic neoplasia
    Recent Advances in Cytologic and Histologic Specimen Evaluation, FISH and Molecular Markers
    Evaluation and Surveillance Strategies for Patients at Increased Risk of Pancreatic Cancer
    Differential Diagnosis and Diagnostic Evaluation Algorithm
    Surgery for Solid Pancreatic Neoplasms
    Radiation Therapy for Pancreatic Cancer
    Chemotherapy
    Endoscopic therapy: ERCP based therapy
    Endoscopic therapy: EUS-based therapy
    Endoscopic Therapy of Gastric Outlet Obstruction
    Management of Cystic Lesions of the Pancreas
    Recent Advances and Novel Treatments of Pancreatic Masses.
    Digital Access Springer 2016
  • Article
    Kagan RL, Schuette WH, Zierdt CH, MacLowry JD.
    J Clin Microbiol. 1977 Jan;5(1):51-7.
    Lysis and filtration of blood culture specimens were combined with impedance detection of bacterial growth to facilitate the diagnosis of bacteremia. A blood lysis-filtration technique (Zierdt et al., 1976) was coupled to a simple, inexpensive automated detection system. The practical and technical aspects of the impedance detection system are discussed. This new blood culturing system was compared to a conventional system for 264 aerobic blood cultures. A 30-ml sample of the blood-broth mixture was withdrawn from the conventional aerobic blood culture bottle and processed in parallel. Excluding the isolation of the commonly recognized contaminants, the detection efficiency was 36% greater in the new system. A total of 53 blood cultures from 107 patients were positive by one or both methods. The new system detected 92% of the total number of positive cultures, compared with 56% detected by the routine method. The explanation of the differences is discussed.
    Digital Access Access Options