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  • Book
    Prasenjit Das, Kaushik Majumdar, Siddhartha Datta Gupta, editors.
    Contents:
    Perspectives in gastrointestinal tract pathology
    Normal anatomical and histological basis for interpretation in gastrointestinal tract
    Endoscopic gastrointestinal biopsies and cytology samples: indications, endoscopic technique, collection, orientation, processing and handling of samples
    Grossing techniques of gastrointestinal tract specimens
    Diagnostic special stains, immunohistochemical markers and special techniques used in gastrointestinal tract pathology
    Pathology of diseases of esophagus
    Pathology of diseases of stomach
    Pathology of malabsorption syndrome
    Pathology of intestinal motility disorders
    Pathology of other infectious, inflammatory, autoimmune, immunodeficiency, vascular and drug induced diseases of small and large intestine
    Lesions of appendix
    Systemic diseases involving the gastrointestinal tract
    Diagnostic cytology of benign lesions of the gastrointestinal tract
    Pathology of pre-neoplastic lesions of gastrointestinal tract
    Pathology of epithelial lesions of gastrointestinal tract
    Pathology of lymphoid lesions of gastrointestinal tract
    Pathology of neuroendocrine lesions of gastrointestinal tract
    Pathology of mesenchymal lesions of gastrointestinal tract
    Neoplastic pathology of appendix
    Diagnostic cytology of malignant lesions of the gastrointestinal tract
    Molecular classifications of gastrointestinal tract tumors
    Setting up and management of a gastrointestinal tract pathology laboratory.
    Digital Access Springer 2022
  • Article
    Brett M, Weller RO.
    Neuropathol Appl Neurobiol. 1978 Jul-Aug;4(4):263-72.
    An immunoperoxidase technique was used to compare the presence of serum proteins in tumour cells in twenty cerebral gliomas and four intracerebral metastatic carcinomas, with the serum protein content of reactive astrocytes around four cerebral infarcts. Rabbit antiserum to human immunoglobulins and albumen was applied to paraffin sections of tumour biopsies and of infarcts from postmortem brains. All the reactive astrocytes surrounding infarcts stained positively for immunoglobulins and albumen. In the gliomas, a continuous range of staining was observed in plump astrocytic tumour cells varying from strongly positive to unstained. Very few poorly-differentiated glioma cells stained for serum proteins; metastatic tumour cells, areas of capillary endothelial proliferation, and spindle cells in gliosarcomas remained unstained. These results suggest that the astrocytic function of serum protein uptake from the extracellular fluid is often lost in poorly-differentiated glioma cells, but is retained to a variable degree by those tumour cells which histologically resemble reactive astrocytes.
    Digital Access Access Options