Chapter 1 Chairman's advent (pages 1–3): R. J. Wurtman
Chapter 2 regulate of Plasma Amino Acid Concentrations (pages 5–24): H. N. Munro
Chapter three Amino Acid shipping within the mind in vivo and in vitro (pages 25–49): A. Lajtha
Chapter four Octopamine, Phenylethanolamine, Phenylethylamine and Tryptamine within the mind (pages 51–66): Julius Axelrod and Juan M. Saavedra
Chapter five Tyrosine Aminotransferase within the Rat mind (pages 67–83): P. Mandel and D. Aunis
Chapter 6 houses of the Pterin?Dependent fragrant Amino Acid Hydroxylases (pages 85–115): Seymour Kaufman
Chapter 7 The in vivo Estimation of charges of Tryptophan and Tyrosine Hydroxylation: results of changes in Enzyme atmosphere and Neuronal task (pages 117–134): A. Carlsson
Chapter eight The rules of Tyrosine Hydroxylase job in Adrenergic fearful Tissue (pages 135–152): N. Weiner, F.?L. Lee, J. C. Waymire and M. Posiviata
Chapter nine dietary keep watch over of the Synthesis of 5?Hydroxytryptamine within the mind (pages 153–173): J. D. Fernstrom, B. ok. Madras, H. N. Munro and R. J. Wurtman
Chapter 10 The move of Tryptophan around the Synaptosome Membrane (pages 175–196): A. Parfitt and D. G. Grahame?Smith
Chapter eleven Tryptophan focus within the mind (pages 197–206): A. T. B. Moir
Chapter 12 Serum unfastened Tryptophan: keep watch over of mind Concentrations of Tryptophan and of Synthesis of 5?Hydroxytryptamine (pages 207–216): G. L. Gessa and A. Tagliamonte
Chapter thirteen Fatty Acids and the Disposition of Tryptophan (pages 217–241): G. Curzon and P. J. Knott
Chapter 14 Monoamine Metabolites within the Cerebrospinal Fluid: signs of the Biochemical prestige of Monoaminergic Neurons within the significant apprehensive process (pages 243–264): Marin Bulat
Chapter 15 Do Tryptophan Concentrations restrict Protein Synthesis at particular websites within the mind? (pages 265–281): Samuel H. Barondes
Chapter sixteen fragrant Amino Acid offer and mind Protein Synthesis (pages 283–297): S. S. Oja, P. Lahdesmaki and M.?L. Vahvelainen
Chapter 17 results of Amino Acid Imbalance on Amino Acid usage, Protein Synthesis and Polyribosome functionality in Cerebral Cortex (pages 299–324): Sidney Roberts
Chapter 18 L?Dopa, Polysomal Aggregation and Cerebral Synthesis of Protein (pages 325–334): Bette F. Weiss, L. E. Roel, H. N. Munro and R. J. Wurtman
Chapter 19 ??Methyldopa, An Unnatural fragrant Amino Acid (pages 335–342): L. Maitre, P. R. Hedwall and P. C. Waldmeier
Chapter 20 artificial p?Halogenophenylalanines and Protein Synthesis within the mind (pages 343–359): E. Martin Gal
Chapter 21 results of ??Methyltryptophan on Tryptophan, 5?Hydroxytryptamine and Protein Metabolism within the mind (pages 361–380): Theodore L. Sourkes
Chapter 22 Chairman's last feedback (pages 381–384): R. J. Wurtman
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Extra resources for Ciba Foundation Symposium 22 - Aromatic Amino Acids in the Brain
Some years ago, Allen et al. (1969) administered a mixture of amino acids lacking tryptophan or other essential amino acids to rats. The charging of tRNA was diminished most in the absence of tryptophan and much less (or not at all) by deficiency of other essential amino acids. This confirmed our finding (Pronczuk et al. 1968) that administration of the same mixtures to rats affected hepatic protein synthesis and polysome patterns chiefly in tryptophan deficiency and not when other amino acids were lacking.
Biophys. , GERGELY, A. & LAJTHA, A. (1974) Independence of amino acid uptake of tissue swelling in incubated slices of brain. Brain Res. , JOANNY, P. & CORRIOL, J. (1970) Accumulation active du tryptophane dans le cortex cerebral isole du rat. C. R. Biol. Fil. , GRYNBAUM, A. & LAJTHA, A. (1971) The uptake of various amino acids by the mouse brain in vivo. Brain Res. , F’ICCOLI,F. & LAJTHA, A. (1972) Heteroexchange of amino acids in incubated slices of brain. Arch. Biochem. Biophys. 151, 102-111 BLASBERG, R.
A comparison of uptake by brain slices with the amounts in brain (Table 1) shows that the plentiful compounds in the brain irz vivo are accumulated to a greater degree by brain slices than compounds that are scarce in the living brain (Levi et al. 1967). ter affinity for transport are better controlled. The fact that some of this transport is in glia and in postsynaptic sites indicates that one function of transport is to remove active compounds rapidly from sensitive sites (Balcar & Johnston 1973).