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  • Book
    edited by Keith J. Ruskin, Marjorie P. Stielger, Stanley H. Rosenbaum.
    Contents:
    Patient safety : a brief history / Robert K. Stoelting
    Cognitive load theory and patient safety / Elizabeth Harry and John Sweller
    Errors and violations / Alan F. Merry
    The human-technology interface / Frank A. Drews and Jonathan R. Zadra
    Deliberate practice and acquisition of expertise / Keith Baker
    Fatigue / Michael Keane
    Situational awareness / Christian Schulz
    Creating a culture of safety / Thomas R. Chidester
    Adverse event prevention and management / Patrick J. Guffey and Martin Culwick
    Complex systems and approaches to quality improvement / Loren Riskin and Alex Macario
    Crisis resource management and patient safety in anesthesia practice / Amanda R. Burden, Jeffrey B. Cooper, and David M. Gaba
    Quality in medical education / Viji Kurup
    Regulating quality / Robert S. Lagasse
    Creating a quality management program / Richard P. Dutton
    Health information technology use for quality assurance and improvement / Christine Doyle
    Safety in remote locations / Samuel Grodofsky, Meghan Lane-Fall, and Mark S. Weiss
    Medication safety / Alan F. Merry
    Operating room fires and electrical safety / Stephan Cohn and P. Alan Klock Jr
    Disruptive behavior : the imperative for awareness and action / Sheri A. Keitz and David J. Birnbach
    Managing adverse events : the aftermath and the second victim effect / Sven Staender.
    Digital Access Oxford [2016]
  • Book
    compiled by the Nomenclature Committee of the RMS, S. Bradbury ... [et al.].
    Print 1989
  • Article
    Viac J, Bustamante R, Thivolet J.
    Br J Dermatol. 1977 Jul;97(1):1-10.
    The identification of mononuclear cells extracted from cutaneous tumours (basal cell carcinoma, squamous cell carcinoma and superficial, spreading melanoma) has been investigated. The relative numbers of T cells and B cells have been determined using the E-rosette test and the EAC-rosette test. The results have been compared to those of delayed hypersensitivity type reactions. Different cell distribution patterns (E/EAC ratio) have been found in the infiltrates according to the type of tumour. An immunocytochemical technique has been developed for the identification in situ of immunoglobulin-producing cells in the inflammatory infiltrates. In each case the class of immunoglobulin (IgM, IgG or IgA) has been identified and the relative frequency of Ig-producing cells has been determined. The results indicate humoral and cellular immune responses with variations attributable to the type of tumour. In weakly malignant tumours, the infiltrate is characterized by an elevated number of T lymphocytes and numerous plasma cells which secrete all classes of Ig; in highly malignant tumours it is characterized by a reduced number of both T lymphocytes (E rosette) and plasma cells which do not secrete all classes of Ig.
    Digital Access Access Options