... The basic principles of the electron microscope 1 -- 1.1 The use of electrons for microscopy 2 -- 1.2 ... ... Electron diffraction 110 -- 3.10.2 High dispersion electron diffraction 112 -- 3.10.3 Dark field microscopy ... ... Processing plates - dish (tray) method 246 -- 7.5.3 Processing plates - tank method 247 -- 7.5.4 Processing sheet ... ... 7.9.1 The binocular viewing telescope 270 -- 7.9.2 The fluorescent screen 271 -- 7.9.3 The ambient lighting ... ... Energy analysis 316 -- 9.3.4 Scanning electron diffraction 319 -- 9.4 Scanning transmission electron microscopy ...

... from chicken eggs, 66 -- 3.4 Preparation of fragments of IgG, 68 -- 3.4.1 Separation of heavy and light ... ... - 3.5 Isolation of IgM, 79 -- 3.6 Preparation of fragments of IgM, 83 . 3.6.1 Separation of heavy, light ... ... from milk and colostrum, 91 -- 3.8 Preparation of fragments of IgA, 92 -- 3.8.1 Separation of heavy, light ... ... , 322 -- 13.2.6 Labelling tissue sections for immunofluorescence microscopy, 326 -- 13.3 Enzyme label ... ... - 13.3.4 Alkaline phosphatase-anti-alkaline phosphatase (APAAP) labelling, 337 -- 13.4 Electron microscopy ...

... Microscopy: Visualizing Cell Structure and Localizing Proteins Within Cells 380 -- The Resolution of ... ... -- Microscopy Visualize Unstained Living Cells 381 -- Fluorescence Microscopy Can Localize and Quantify ... ... Can Detect Specific -- Proteins in Fixed Cells 385 -- Confocal and Deconvolution Microscopy Enable - ... ... 387 -- Q[ Electron Microscopy: Methods and Applications 388 -- Resolution of Transmission Electron Microscopy ... ... is -- Vastly Greater Than That of Light Microscopy 388 -- Cryoelectron Microscopy Allows Visualization ...

... MICROSCOPE 529 -- The Light Microscope Can Resolve Details 0.2 (im Apart 530 -- Photon Noise Creates ... ... Additional Limits to Resolution When -- Light Levels Are Low 532 -- Living Cells Are Seen Clearly in ... ... 535 Specific Molecules Can Be Located in Cells by Fluorescence -- Microscopy 536 -- Antibodies Can Be ... ... 547 -- Individual Molecules Can Be Touched, Imaged, and Moved Using -- Atomic Force Microscopy 548 - ... ... 555 -- Specific Macromolecules Can Be Localized by Immunogold -- Electron Microscopy 556 -- Different ...

... and Cooperate 29 -- Multicellular Organization Depends on Cohesion Between Cells 29 -- Epithelial Sheets ... ... 143 -- The Light Microscope Can Resolve Details 0.2 fxm -- Apart 144 -- Different Components of the ... ... Cell Can Be Selectively Stained 145 -- Tissues Are Usually Fixed and Stained for Microscopy 145 -- Living ... ... 151 -- Freeze-Fracture and Freeze-Etch Electron Microscopy -- Provide Novel Views of the Cell 152 -- ... ... Plants, Carbon Fixation Is Compartmentalized to Facilitate Growth at Low C02 Concentrations 516 -- Light ...