机译:FITC-Dextran的淋巴动力学揭示了由耳蜗导水管和脑脊液主导的体内平衡
Department of Otolaryngology Washington University School of Medicine">(1);
Department of Otolaryngology Washington University School of Medicine">(1);
Department of Otolaryngology Washington University School of Medicine">(1);
cochlea; blood-labyrinth barrier; perilymph pharmacokinetics; round window;
机译:FITC-Dextran的淋巴动力学揭示了由耳蜗导水管和脑脊液主导的体内平衡
机译:鼓膜内注射Gd-DTPA后,通过耳蜗向耳蜗周围淋巴与脑脊液之间的通讯可视化
机译:人工耳蜗植入时脑脊液漏:扩大的人工耳蜗与扩大的前庭导水管(不包括普通腔)
机译:基于脑辐射流体流体动力学的颅内压力波形形态的亚斑区区域分析及Prepantine Cistern
机译:FITC-Dextran的淋巴动力学揭示了由耳蜗导水管和脑脊液主导的体内平衡
机译:通过耳蜗植入物在豚鼠中应用标志物的外周淋巴药代动力学