Titlebook: Gastrointestinal Physiology; Development, Princip Menizibeya Osain Welcome Book 2018 Springer International Publishing AG, part of Springer

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978-3-030-08165-2Springer International Publishing AG, part of Springer Nature 2018

Indigence

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W. Gentner,H. Maier-Leibnitz,W. Botheextending to the anus, is comprised of different layers and tissues. The tissues, composed of different cells, play diverse roles and functions and they constitute the chief determinants of the state of GI functioning. Accessory organs of the GI tract (including the mesentery, which is currently reg

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Bronchoskopie in der Thoraxchirurgie,ulated movement of ions and biomolecules. The molecules ensure regulated activity of cells, tissues, and organs of the GI system and the body as whole. The regulated movement and subsequent activities of the biomolecules released from one cell to the target are made possible by receptive substances

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Anatomie der Nase und des Rachens, can result to serious consequences on the organism. Therefore, it is important to address the processes of normal development of the GI tract. This chapter provides data on the origin as well as structure and functions of the developing GI tract at the molecular, cellular, tissue, organ, and system

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Johan Dijk,Fred Spijkervet,Jan Tromp contents. This function is referred to as GI motor function or motility. GI motor function is the result of the activities of muscles located in different layers of the tract. The muscles of the digestive apparatus function to ensure proper chewing in the mouth, swallowing, and movement of luminal

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https://doi.org/10.1007/978-3-662-42921-1ting the functions of the gut or extragut tissues and organs. Although proposed to have evolved many millions of years ago, internal secretions of the gut were discovered relatively recently—around the nineteenth century. Founding fathers of internal secretions include Claude Bernard (1813–1878), Er

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https://doi.org/10.1007/978-3-642-58028-4g of the GI system as well as extragut tissues and organs. The neural secretions may be mediated and released centrally or peripherally to act on the GI tract and extragut tissues/organs. The central neural secretions that act on the gut are mediated by the brain and spinal cord, whereas peripherall

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