バイオメディカル  ウサギ気管上皮粘膜の3次元初代細胞培養とキャラクタリゼーション

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タイトル別名
  • Biomedical Engineering. Three-dimensional Primary Cultures and Characterization of Monolayers with the Rabbit's Tracheal Epithelium.
  • ウサギ キカン ジョウヒ ネンマク ノ 3ジゲン ショダイ サイボウ バイヨウ

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Confluent monolayers of epithelial cells from a rabbit's tracheal mucosa is obtained via several methods of primary cultures, and characterization of the monolayers is discussed in terms of morphology and electrical resistance as follows : The tracheal epithelial (TE) cells are isolated with little damage under the condition that the trachea was immersed in the type XIV protease of 0.1%. In the cell culture, a serum-free hormone-supplemented medium is used for the growth of TE cells with cell culture inserts. The cilia and desmosome are observed in the monolayers cultured for 10 days ; the TE cells were seeded on a collagen-coating membrane, and the mucosal side of the monolayers was out of the medium. The data of electrical resistance of monolayers indicates that a suitable duration is 9-10 days for the cell culture to construct a monolayer of the real tracheal epithelium.

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