Titlebook: Amino Acids; Alan A. Boulton,Glen B. Baker,James D. Wood Book 1985 Springer Science+Business Media New York 1985

output

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Uptake and Release of Amino Acid Neurotransmitters,ate and cysteine sulfinate is putative. Inhibitory transmitters are γ-aminobutyric acid (GABA), glycine (in the spinal cord), and taurine (regarded as a more general neuromodulator) Glutamine is not a neurotransmitter, but an important transport vehicle to transfer neurotransmitters in an inactive f

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Innovation im globalen Unternehmen,ounds and the subsequent decomposition of these ions is monitored. The observed fragmentation patterns or “mass spectra” have characteristic ions that can be selectively monitored to obtain enhanced sensitivity for quantitative studies. This selected ion monitoring (SIM) is most accurately termed “gas chromatography-mass fragmentography (GC-MF).”

Vertebra

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Radioreceptor Assays for Amino Acids and Related Compounds,the brain (., ., ., .; .; .; .; .). As the role of amino acids in neurotransmission has become apparent, the search for analytical methods to investigate the neurochemical and functional aspects of amino acids in brain and peripheral tissues has gained increasing importance.

expository

In vitro Autoradiographic Localization of Amino Acid Receptors and Uptake Sites,udy uptake and receptors has permitted much greater anatomical resolution than homogenate methods. Other advantages include the ability to study different conditions in consecutive sections, to study human tissues, and to circumvent the blood-brain barrier.

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Innovation im globalen Unternehmen,ower of the GC is coupled to the . identification and quantitation capabilities of the MS. The MS produces ions by electron bombardment of eluted compounds and the subsequent decomposition of these ions is monitored. The observed fragmentation patterns or “mass spectra” have characteristic ions that

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