Titlebook: Neurocytochemical Methods; André Calas,Daniel Eugène Book 1991 Springer-Verlag Berlin Heidelberg 1991 PET.anatomy.brain.forebrain.morpholo

LAP

Immunocytochemistry of Neuropeptide Receptors using Anti-Idiotypic Antibodies and Antibodies to Peptnce research and has given rise to the development of new technologies, especially in neurocytochemistry. We will briefly present and discuss here two immunological methodologies leading to the production of antibodies against receptors for neuropeptides: the anti-idiotypic and “anti-complementary p

吃掉

New Approaches for Receptor Analysis: Histochemistry of the GABA/BZ Receptors in the Rat CNSed to treat anxiety, insomnia, epilepsy and muscle tension (Haefely et al., 1981). Initially, research concerning their mechanisms of action was quite unsuccessful until gamma aminobutyric acid (GABA) was recognized to be an important inhibitory neurotransmitter in the central nervous system (Robert

fender

staging

admission

Transmitter-Related Retrograde Labeling and Immunohistochemistry to Localize Amino Acid Transmitters are required. A better knowledge of the anatomo-chemical organization of the nervous system should provide further insights into its functional organization if only by establishing a firm basis for detailed physiological and pharmacological investigations.

Breach

perjury

Positron Emission Tomography: Functional Neuroanatomy ,ures that are only a few millimeters in size (Phelps and Mazziotta, 1985). Relative to . autoradiography, the distinct advantage of PET is that it provides the opportunity to carry out sequential measurements in the same subject; in experimental animals, a pre-lesion (control) study can be performed allowing to use each subject as its own control.

Angiogenesis

Ultrastructural Identification and Quantification of Neuroactive Amino Acidsed in protein synthesis and diverse metabolic processes, as is the case in non-neural tissues. It has proved difficult to distinguish between amino acid pools engaged in synaptic functions, and amino acid pools engaged in other tasks.

VEST

Video-Microscopic Techniques to Study Axonal Transport, Neuronal Fine Structure and Cytochemical Par living cells in many cases where previously only electron microscopy of dehydrated material could be used. The basic principles of the new techniques and the type of equipment required, as well as some applications in neurobiology are discussed here.

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