机译:Aquaporin-3水通道在人类上皮细胞系中的体积调节水流中的作用。
Department of Cell Physiology National Institute for Physiological SciencesDepartment of Gastroenterology Kyoto University Faculty of Medicine;
Department of Cell Physiology National Institute for Physiological Sciences;
Department of Cell Physiology National Institute for Physiological Sciences;
Department of Cell Physiology National Institute for Physiological Sciences;
Department of Molecular Physiology and Biophysics Faculty of Medicine University of Fukui Matsuoka;
Department of Gastroenterology Kyoto University Faculty of Medicine;
Department of Gastroenterology Kyoto University Faculty of Medicine;
Department of Cell Physiology National Institute for Physiological Sciences;
Department of Cell Physiology National Institute for Physiological Sciences;
Department of Cell Physiology National Institute for Physiological SciencesDivision of Pharmacology Department of Biochemistry and Bioinformative Sciences School of Medicine University of Fukui;
Water channel; Aquaporin; Osmotic swelling; Cell volume regulation; Regulatory volume decrease; Epithelial cell;
机译:Aquaporin-3水通道在人类上皮细胞系中的体积调节水流中的作用。
机译:人和斑马鱼Aquaporin-3通道的人工表达后,提高了猪卵母细胞的水和低温保护剂的渗透性
机译:在Euryhaline Mozambique Tilapia(oreochromis mossambicus)中的水通道水通道蛋白-3(Oreochromis mossambicus)增强了催乳素细胞的渗透压
机译:蛋白质表达人肠上皮细胞响应废水成分
机译:水通过多孔介质并在质子交换膜燃料电池的流道中传输。
机译:培养的人上皮细胞中Ca2 +对体积调节性K +和Cl-通道的敏感性。
机译:培养的人上皮细胞中Ca2 +对体积调节性K +和Cl-通道的敏感性。