Titlebook: Structural Neurochemistry; Abel Lajtha Book 1969 Plenum Press, New York 1969 brain.nervous system.neurochemistry.neurons.spinal cord

思乡病

The Use of Brain Slices,ructure of which had not been extensively disrupted. When we use this technique we assume, or hope, that results obtained may represent actual physiological activities or potentialities of the tissue. The technique has been described and discussed previously in commonly available volumes,. and I sha

CUB

Electrical Phenomena and Isolated Tissues from the Brain,esponses, ionic content, and metabolic properties . that approximate those observed .. Information therefore has become available concerning the linkage between ionic movement and metabolism during the maintenance of the resting membrane potential in mammalian tissue and the events occurring during

Nebulous

DNA Metabolism and Cell Proliferation,h three major techniques: (1) histological and cytological studies of cell division, which in some investigations were coupled with the auxiliary procedure of blocking mitosis with a mitotic poison, such as colchicine; (2) gross and microchemical studies of differences in DNA concentration in the br

马赛克

Panther

Chemistry of Isolated Invertebrate Neurons, systems. Even in the lower invertebrates the degree of organization and differentiation of the nervous system is sufficiently high for the fundamental mechanisms of transmission, conduction, and integration to be studied. However, some scientists still hesitate to compare the properties of neurons

协迫

Nuclei,protein synthesis. Nuclei have been isolated from liver, thymus, HeLa cells, and ascites tumors, among others, because these tissues consist mainly of homogeneous cells that are easily disrupted and permit isolation of intact nuclei in good yields. These techniques recently have been reviewed.. Atte

Gratuitous

Lysosomes,e lysosome. This organelle has been implicated in a number of physiological and pathological processes and has attracted considerable attention because of the destructive potential of its enzymes. In this chapter we shall briefly survey the current status of lysosomes with particular reference to th

粗野

Brain Mitochondria, only in the light of specific investigations on brain mitochondria alone but against the background of extensive knowledge of mitochondria from other tissues. Although mitochondria from neural tissue have certain qualitative differences in their enzymic and chemical constitution from liver and hear

过于光泽

The Synaptosome,nals are torn away from their axons and seal up to form detached particles. to which the name . has been given.. These particles retain the morphological features and, as far as we know, the chemical composition (including the transmitter content) of the intact presynaptic terminal. They can be sepa

逗留

Structural Components of the Synaptic Region,entiation for the transmission of nerve impulses. As suggested by Du Bois Raymond in 1877, synaptic transmission may be either chemical or electrical, and both mechanisms have been found to occur in the peripheral and central nervous systems. However, chemical synapses are by far the more common and