Neuroaxonal Dystrophy in Man: Character and Natural History.- Neuropathological Conditions Related to Neuroaxonal Dystrophy.- Infantile Neuroaxonal Dystrophy or Seitelberger’s Disease: II. Peripheral Nerve Involvement. Electron Microscopy Study in one Case.- How Long Can Degenerating Axons in the Central Nervous System Produce Reactive Changes? An Electron Microscopic Investigation.- Fine Structural Changes of Neurites in Alzheimer’s Disease.- Mitochondrial Changes in Axonal Dystrophy Produced by Vitamin E Difficiency.- Permeability of Blood Vessels and Connective Tissue Sheaths in the Peripheral Nervous System to Exogenous Proteins.- Changes in Axonal Flow During Regeneration of Mammalian Motor Nerves.- Nuclear, Cytoplasmic and Axoplasmic RNA in Experimental Neuroaxonal Dystrophy.- The Dependence of Fast Transport in Mammalien Nerve Fibers on Metabolism.- Slow and Rapid Transport of Protein to Nerve Endings in Mouse Brain.- Transport of S-100 Protein in Mammalian Nerve Fibers and Transneuronal Signals.- Dynamic Condition of Protein in Axons and Axon Terminales.- Effect of Nerve Section on Protein Metabolism of Ganglion Cells and Preganglionic Nerve Endings.- Some Observations on the Experimental Production of Acute Neuroaxonal and Synaptosomal Dystrophy.- Independence of the Rapid Axonal Transport of Protein from the Flow of Free Amino Acids.- Acetylcholinesterase in Mammalian Peripheral Nerves and Characteristics of its Migration.- Role of Slow Axonal Transport in Nerve Regeneration.- Axoplasmic Streaming and Proteins in the Retino-Tectal Neurons of the Pigeon.- Different Modes of Substance Flow in the Optic Tract.- A Symmetrical Double-Label Method for Studying the Rapid Axonal Transport of Radioactivity from Labelled d-Glucosamine in the Gold Fish VisualSystem.- Single Cell Isotope Injection Technique, a Tool for Studying Axonal and Dendritic Transport.- Neuronal Organelles in Neuroplasmic (“Axonal”) Flow, I. Mitochondria.- Neuronal Organelles in Neuroplasmic (“Axonal”) Flow, II. Neurotubules.- Axonal Transport of Proteins in the Optic Nerve and Tract of the Rabbit.- Changes in Microtubules and Neurofilaments in Constricted, Hypoplastic Nerve Fibers.- Effects of Vinblastine and Colchicine on Monoamine Containing Neurons of the Rat, with Special Regard to the Axoplasmic Transport of Amine Granules.- The Importance of Axoplasmic Transport of Amine Granules for the Functions of Adrenergic Neurons.- Axonal Transport of Proteins in the Hypothalamo-Neurohypophysial System of the Rat.- Axonal Transport in the Goldfish Visual System.
