Linked e-resources
Details
Table of Contents
Chapter 1: Fixation of histology samples: Principles, methods and types of fixatives
Chapter 2: Processing of tissue in the histopathology laboratory
Chapter 3: Embedding of tissue in histopathology
Chapter 4: Decalcification of bony and hard tissue for histopathology processing
Chapter 5: Tissue Microtomy: principle and procedure
Chapter 6: Frozen section: Principle and procedure
Chapter 7: Staining principle and general procedure of staining of the tissue
Chapter 8: Haematoxylin and Eosin stain of the tissue section
Chapter 9: Special Stains for the carbohydrate, protein, lipid, nucleic acid and pigments
Chapter 10: Connective tissue stain: Principle and procedure
Chapter 11: Amyloid staining
Chapter 12: Stains for the Microbial Organisms
Chapter 13: Cytology sample procurement, fixation and processing
Chapter 14: Routine staining in cytology laboratory
Chapter 15: The basic technique of fine needle aspiration cytology
Chapter 16: Immunocytochemistry in histology and cytology
Chapter 17: Flow cytometry: Basic principles, procedure and applications in pathology
Chapter 18: Digital pathology
Chapter 19: Automation in the laboratory and Liquid-based cytology
Chapter 20: Polymerase chain reaction: Principle, technique and applications in pathology
Chapter 21: Fluorescent in situ hybridisation techniques in pathology: Principle, technique and applications
Chapter 22: Tissue microarray in pathology: Principal, technique and applications
Chapter 23: Sanger sequencing and next-generation gene sequencing: Basic principles and applications in pathology
Chapter 24: Liquid biopsy: Basic principles, techniques and applications
Chapter 25: Artificial neural network in Pathology: Basic principles and applications
Chapter 26: Compound Light microscope and other different microscopes
Chapter 27: Fluorescence microscope, confocal microscope and other advanced microscopes: Basic principles and applications in pathology
Chapter 28: Electron microscopy: Principle, components, optics and specimen processing
Chapter 29: Quality control and laboratory organization
Chapter 30: Laboratory safety and laboratory waste disposal
Multiple choice questions for the self-assessment.
Chapter 2: Processing of tissue in the histopathology laboratory
Chapter 3: Embedding of tissue in histopathology
Chapter 4: Decalcification of bony and hard tissue for histopathology processing
Chapter 5: Tissue Microtomy: principle and procedure
Chapter 6: Frozen section: Principle and procedure
Chapter 7: Staining principle and general procedure of staining of the tissue
Chapter 8: Haematoxylin and Eosin stain of the tissue section
Chapter 9: Special Stains for the carbohydrate, protein, lipid, nucleic acid and pigments
Chapter 10: Connective tissue stain: Principle and procedure
Chapter 11: Amyloid staining
Chapter 12: Stains for the Microbial Organisms
Chapter 13: Cytology sample procurement, fixation and processing
Chapter 14: Routine staining in cytology laboratory
Chapter 15: The basic technique of fine needle aspiration cytology
Chapter 16: Immunocytochemistry in histology and cytology
Chapter 17: Flow cytometry: Basic principles, procedure and applications in pathology
Chapter 18: Digital pathology
Chapter 19: Automation in the laboratory and Liquid-based cytology
Chapter 20: Polymerase chain reaction: Principle, technique and applications in pathology
Chapter 21: Fluorescent in situ hybridisation techniques in pathology: Principle, technique and applications
Chapter 22: Tissue microarray in pathology: Principal, technique and applications
Chapter 23: Sanger sequencing and next-generation gene sequencing: Basic principles and applications in pathology
Chapter 24: Liquid biopsy: Basic principles, techniques and applications
Chapter 25: Artificial neural network in Pathology: Basic principles and applications
Chapter 26: Compound Light microscope and other different microscopes
Chapter 27: Fluorescence microscope, confocal microscope and other advanced microscopes: Basic principles and applications in pathology
Chapter 28: Electron microscopy: Principle, components, optics and specimen processing
Chapter 29: Quality control and laboratory organization
Chapter 30: Laboratory safety and laboratory waste disposal
Multiple choice questions for the self-assessment.