Simultaneous determination of histamine andNα-Methylhistamine in biological samples by an improved enzymatic single isotope assay M. HaimartJ. M. LaunayM. Da Prada Determination and Distribution of Histamine Pages: 71 - 75
Measurement ofN τ-methylhistamine concentrations in plasma and urine as a parameter for histamine release during anaphylactoid reactions J. J. KeyzerH. BreukelmanJ. G. R. de Monchy Determination and Distribution of Histamine Pages: 76 - 79
Histamine in the rabbit eye: Distribution, synthesis, catabolism, and changes by light stimulation Jerzy Z. NowakJerzy NawrockiCzesŀaw Malinski Determination and Distribution of Histamine Pages: 80 - 83
Histamine in tears: developments in collection and HPLC-fluorimetric detection M. R. AngiA. BetteroC. A. Benassi Determination and Distribution of Histamine Pages: 84 - 86
Cellular repository for blood histamine in normal and nematode-infected rats Lennart EnerbäckGert LindengerGöran Granerus Determination and Distribution of Histamine Pages: 87 - 90
Inhibition of human and canine diamine oxidase by drugs used in an intensive care unit: Relevance for clinical side effects? J. SattlerR. HesterbergC. -D. Stahlknecht Metabolism of Histamine Pages: 91 - 94
Reaction of pig plasma benzylamine oxidase with betaaminopropionitrile L. RaimondiG. BanchelliA. De Munno Metabolism of Histamine Pages: 95 - 98
A sum of14C-putrescine metabolites as a measure of DAO activity. Column chromatography assay W. A. FogelM. UlatowskaZ. Osińska Metabolism of Histamine Pages: 99 - 101
Histamine reduces the deamination of putrescinein vitro—but alsoin vivo? J. KuscheR. MennigenI. Rosenthal Metabolism of Histamine Pages: 102 - 104
Alteration of histamine metabolism in the rat brain under influence of various antidepressive treatments Jolanta ZawilskaJerzy Z. Nowak Metabolism of Histamine Pages: 105 - 108
Plasma membrane fluidity studies by fluorescence polarization in rat mast cells stimulated by compound 48/80 J. G. KuhryC. BronnerY. Landry Mechanisms of Histamine Release Pages: 109 - 112
Inhibitory effect of lysophosphatidylcholine on the histamine release from rat peritoneal mast cells M. MioA. IkedaK. Tasaka Mechanisms of Histamine Release Pages: 113 - 117
Calcium dependent modulation of histamine release from mast cells by sodium and potassium M. BinckN. FrossardY. Landry Mechanisms of Histamine Release Pages: 118 - 121
Calmodulin in mast cells and its role in histamine secretion NirmalChakravartyEllen Holm Nielsen Mechanisms of Histamine Release Pages: 122 - 125
Role of cyclic AMP in the induction of histamine secretion from mast cells A. LeoutsakosA. TrunehF. L. Pearce Mechanisms of Histamine Release Pages: 126 - 128
Cation-induced histamine release from a synthetic weak (carboxylic) cation exchanger resin (IRC-50) and from isolated mast cell granules show identical kinetics Börje Uvnäs Mechanisms of Histamine Release Pages: 129 - 132
Glucose metabolism in rat mast cells. Stimulation of the pentose phosphate pathway by compound 48/80 Nirmal Chakravarty Mechanisms of Histamine Release Pages: 133 - 137
Isolation and properties of cardiac and other mast cells from the rat and guinea-pig H. AliF. L. Pearce Mechanisms of Histamine Release Pages: 138 - 140
The effects of adenosine and of some adenosine analogues on the concanavalin A- or acetylcholine-induced histamine release from human adenoidal mast cells K. DelmichD. EichelbergW. Schmutzler Mechanisms of Histamine Release Pages: 141 - 143
Histamine secretion induced byN-acetyl cysteine K. E. BarrettJ. R. MinorD. D. Metcalfe Mechanisms of Histamine Release Pages: 144 - 146
Kinetics of the inhibitory effect of flavonoids on histamine secretion from mast cells C. BronnerY. Landry Mechanisms of Histamine Release Pages: 147 - 151
Immunological modulation of cholinergic histamine release in isolated rat mast cells E. MasiniR. FantozziP. F. Mannaioni Histamine Release by Immunological Mechanisms Pages: 152 - 154
Rat mast cell activation and inactivation: Differences when various ligands are used to induce secretion R. M. HealiconJ. C. Foreman Histamine Release by Immunological Mechanisms Pages: 155 - 159
Inhibition of anaphylactic histamine releasein vitro by GABA S. LuzziS. Franchi-MicheliLucilla Zilletti Histamine Release by Immunological Mechanisms Pages: 160 - 162
Early stages of anaphylactic reaction in rat mast cells revealed with freeze-fracturing Konrad RydzyńskiJarosław Dastych Histamine Release by Immunological Mechanisms Pages: 163 - 165
Potential anti-anaphylactic activity of clenbuterol, a beta-agonist with calcium antagonist properties N. FrossardJ. C. Frankhuyzen-SierevogelY. Landry Histamine Release by Immunological Mechanisms Pages: 166 - 169
The use of anin vitro binding assay to predict histamine H2-antagonist activity D. B. NorrisG. A. GajtkowskiT. J. Rising Histamine Receptors Pages: 170 - 172
Pharmacological profile of mifentidine: A novel H2-receptor antagonist A. GiachettiF. PaganiA. Donetti Histamine Receptors Pages: 173 - 175
Dual effect of antihistamines on rat peritoneal mast cells: Induction and inhibition of histamine release H. Y. A. LauF. L. Pearce Histamine Receptors Pages: 176 - 178
Characterization of vascular histamine H1-receptors: Multiple affinity states of aortic histamine H1-receptor Marija Čarman-Kržan Histamine Receptors Pages: 179 - 182
The effect of stimulation and blocking of histamine H2 receptors on the turnover of the serotonin in different parts of the alimentary tract and the brain of the rat B. Skrzydlo-RadomańskaJ. PokoraP. Radwan Histamine Receptors Pages: 183 - 186
The non-mast cell histamine in the submandibular gland of the cat F. Erjavec Histamine and Gastrointestinal Tract Pages: 187 - 190
H+ production by isolated cells from human gastric mucosa Wolfgang ScheppSiegfried E. MiedererHans-Jörg Ruoff Histamine and Gastrointestinal Tract Pages: 191 - 194
Selective disappearance of histamine H2-receptor activity in the human gastric cancer cell line HGT-1 after short-term or chronic treatment by histamine or its H2-antagonists Shahin EmamiChristian GespachHélène Bodéré Histamine and Gastrointestinal Tract Pages: 195 - 198
The effects of antimitotic and microfilament disrupting agents on functions of isolated guinea-pig parietal cells M. AlbinusB. Mayer Histamine and Gastrointestinal Tract Pages: 199 - 201
Histamine content and release of isolated rat gastric mucosal cells H. -J. RuoffK. ReutterW. Schepp Histamine and Gastrointestinal Tract Pages: 202 - 204
The effect of compound 48/80 on the carbachol-evoked acid secretion of the isolated mouse stomach L. StanovnikF. Erjavec Histamine and Gastrointestinal Tract Pages: 205 - 207
Evidence for an anaphylactic reaction-induced gastric acid secretion from the isolated stomach of the mouse I. SzelenyiS. Postius Histamine and Gastrointestinal Tract Pages: 208 - 210
Histamine H2-receptor agonists and antagonists on pancreatic exocrine secretion of the dog G. BertacciniG. Coruzzi Histamine and Gastrointestinal Tract Pages: 211 - 214
Effects of three histaminergic compounds on function and oxygen consumption of isolated guinea-pig hearts Bernhard PermanetterGert BaumannHans Blömer Histamine and Cardio-Vascular System Pages: 215 - 218
Role of the oscillatory afterpotentials in the arrhythmogenic action of histamine S. AmeriniF. FusiA. Mugelli Histamine and Cardio-Vascular System Pages: 219 - 221
Quantification of H2-agonism by clonidine and dimaprit in an adenylate cyclase assay D. G. TristP. Leff Histamine and Cardio-Vascular System Pages: 222 - 226
Histamine release during an experimental coronary thrombosis in awake dog E. MasiniJ. PhanchenaultJ. P. Gagnol Histamine and Cardio-Vascular System Pages: 227 - 230
Spinal projections of hypothalamic histidine decarboxylaseimmunoreactive neurones C. WahlestedtG. SkagerbergT. Watanabe Histamine in the Central Nervous System Pages: 231 - 233
Histamine may act through cyclic AMP on hippocampal neurones Helmut L. Haas Histamine in the Central Nervous System Pages: 234 - 235
Central histaminergic stimulation of hyperlipemic response in rats under stress Jan BugajskiAnna Gądek Histamine in the Central Nervous System Pages: 236 - 239
Evidence for the role of cAMP-dependent protein kinase in the down-regulation of hypothalamic HD: Reversal of cAMP-(ATP) induced inhibition of HD activity by the ‘Walsh’ inhibitor of cAMP-dependent protein kinase and by cyclic GMP Z. HusztiK. Magyar Histamine in the Central Nervous System Pages: 240 - 243
Treatment of two mastocytosis patients with a histidine decarboxylase inhibitor G. GranerusJ. H. OlafssonG. Roupe Histamine in Pathological States Pages: 244 - 248
Diamine oxidase content in urine of patients with renal failure D. GiarnieriM. T. CostaB. Mondovi Histamine in Pathological States Pages: 249 - 251
