机译:异常RNA剪接是突出的遗传性C.1430A> G人RPE65 RPE65突变的敲击小鼠模型中的主要致病作用
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Neurobiology‐Neurodegeneration &
Repair LaboratoryNational Eye Institute NIHBethesda Maryland;
Neurobiology‐Neurodegeneration &
Repair LaboratoryNational Eye Institute NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
Visual Function CoreNational Eye Institute NIHBethesda Maryland;
Genetic Engineering CoreNational Eye Institute NIHBethesda Maryland;
Genetic Engineering CoreNational Eye Institute NIHBethesda Maryland;
National Center for Biotechnology InformationNational Library of Medicine NIHBethesda Maryland;
Laboratory of Retinal Cell &
Molecular BiologyNational Eye Institute NIHBethesda Maryland;
autosomal dominant; autosomal recessive retinitis pigmentosa; retina; retinal pigment epithelium; RNA splicing; RPE65;
机译:异常RNA剪接是突出的遗传性C.1430A> G人RPE65 RPE65突变的敲击小鼠模型中的主要致病作用
机译:RPE65中的D477G主导突变导致11-CIS-视网膜溶解和延迟后爆击鼠标模型的延迟暗对抗肠道炎色素粒子模型
机译:RPE65中的D477G主导突变导致11-CIS-视网膜溶解和延迟后爆击鼠标模型的延迟暗对抗肠道炎色素粒子模型
机译:用于对比较分析的数据库对人类鼠标替代拼接的比较分析
机译:继承p53和潜在K-ras突变的新型小鼠模型中的转移性肺癌
机译:Rpe65D477G的显性突变延迟黑暗适应和扰乱突变敲入小鼠的视觉周期。
机译:RPE65,D477G,D477G中的显性突变延迟暗适应并在突变敲入小鼠中扰乱视觉循环
机译:在常染色体显性多囊肾病小鼠模型中体内诱导体细胞pkd1突变。