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机译:罗格列酮和曲格列酮对Kv1.3的开放通道阻滞作用:Kv1.3作为罗格列酮的药理靶标
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Pharmacology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Pharmacology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Department of Physiology Medical Research Center College of Medicine The Catholic University of Korea 505 Banpo-dong Socho-gu Seoul 137-701 South Korea;
Thiazolidinedione; Voltage-gated K+ channel; Insulin sensitizer;
机译:罗格列酮和曲格列酮对Kv1.3的开放通道阻滞作用:Kv1.3作为罗格列酮的药理靶标。
机译:工程性的电压门控钾通道Kv1.3(一种针对自身免疫性疾病的靶标)的强效特异性阻断剂
机译:工程性的电压门控钾通道Kv1.3(一种针对自身免疫性疾病的靶标)的强效特异性阻断剂
机译:钾钾的重组荧光配体和KV1.3通道:设计,性能和应用
机译:脑出血后米诺环素的神经保护功效以及可能的Kv1.3,Kv1.5,HERG和alpha7 nAChR通道作为调节出血性和缺血性中风继发性脑损伤的靶标。
机译:靶向人Kv1.3孔区域E314肽的抗体可作为新型,有效和特异性通道阻滞剂
机译:靶向人Kv1.3孔区域E314肽的抗体可作为新型,有效和特异性通道阻滞剂