机译:临床APOA-I启动子的激素反应元件的贡献近端ApoA-I启动子的C / EBP结合位点对转基因小鼠的ApoA-1和Apociii基因的肝和肠道表达
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
Section of Molecular Genetics Center for Advanced Biomedical Research Boston University School of Medicine 715 Albany Street Boston Massachusetts 02118-2394;
机译:临床APOA-I启动子的激素反应元件的贡献近端ApoA-I启动子的C / EBP结合位点对转基因小鼠的ApoA-1和Apociii基因的肝和肠道表达
机译:人apoCIII增强子的SP1位点对于apoCIII基因的表达必不可少,并有助于转基因小鼠中apoA-I基因的肝和肠表达。
机译:人类apoCIII增强子的SP1位点对于apoCIII基因的表达必不可少,并有助于转基因小鼠中apoA-I基因在肝脏和肠道中的表达
机译:人Apociii Enhancer的激素应答元件(HRE)对于转基因小鼠中人Apoa-I基因的肠道表达至关重要
机译:鉴定近端启动子中增强浅表层蛋白表达的顺式调控元件及其同源反式作用分子。
机译:人类apoCIII增强子的SP1位点对于apoCIII基因的表达至关重要并有助于转基因小鼠中apoA-I基因在肝脏和肠道中的表达
机译:人类apoCIII增强子的SP1位点对于apoCIII基因的表达必不可少,并有助于转基因小鼠中apoA-I基因在肝脏和肠道中的表达