Titlebook: Gastrointestinal Regulatory Peptides; David R. Brown Book 1993 Springer-Verlag Berlin Heidelberg 1993 biology.cells.hormones.receptor.rese

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Peptidergic Regulation of Mucosal Immune Function,r via oral-fecal routes as well as against antigens in food. The mucosal immune system also defends against abnormal internal antigens such as developing gastrointestinal malignancies. The GI tract is richly supplied with peptidergic neurons, endocrine cells and immune effector cells concentrated in

向前变椭圆

Pathophysiological Aspects of Gut Peptide Hormones, working anatomically downwards. A brief description of the normal anatomy and endocrine elements in each region is included. A more detailed description of the location of gastrointestinal peptides is given in Chap. 1.

Delude

Gastrointestinal Peptides as Therapeutic Agents and Targets: Past, Present and Future,ocrine and autocrine actions control or modify the function of “distant” organs, other cells within the peptide-producing tissue, or through feedback upon the cells of origin. Among the disorders with a possible link to GI peptides (see Chap. 14) are hypergastrinemia, peptic ulcer disease, diarrheal

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Global and Regional Perspectives,e neurons found in the intramural plexuses of the GI tract, including nerve cells in the gall bladder and pancreas. The focus will be on the receptors present on neurons, the ionic mechanisms by which peptides alter neuronal activity and the transduction systems, if known, by which peptide receptors are coupled to ion channels in enteric nerves.

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Sydney Chapman,Richard S. Lindzenponses, atherosclerosis, and neoplasia (. et al. 1985). For these reasons the identification of the extracellular factors which modulate cell proliferation and the elucidation of the molecular mechanisms involved have emerged as a fundamental problem in biology.

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Peptides and Enteric Neural Activity,e neurons found in the intramural plexuses of the GI tract, including nerve cells in the gall bladder and pancreas. The focus will be on the receptors present on neurons, the ionic mechanisms by which peptides alter neuronal activity and the transduction systems, if known, by which peptide receptors are coupled to ion channels in enteric nerves.

Biguanides

心胸狭窄