机译:高分辨率IGH Repertoire分析揭示了胎儿肝脏作为人类终生的可能的起源,天生的B淋巴结
Department of Paediatrics University of Oxford;
CEITEC - Central European Institute of Technology Masaryk University;
Centre for Haematology Department of Medicine Imperial College London Imperial College;
Centre for Haematology Department of Medicine Imperial College London Imperial College;
CEITEC - Central European Institute of Technology Masaryk University;
Centre for Haematology Department of Medicine Imperial College London Imperial College;
Centre for Haematology Department of Medicine Imperial College London Imperial College;
Department of Paediatrics University of Oxford;
Centre for Haematology Department of Medicine Imperial College London Imperial College;
Department of Paediatrics University of Oxford;
CEITEC - Central European Institute of Technology Masaryk University;
Department of Paediatrics University of Oxford;
Centre for Haematology Department of Medicine Imperial College London Imperial College;
机译:高分辨率Ige Erige Acormis揭示胎儿肝脏作为人类终生,先天的B淋巴结的可能起源
机译:高分辨率IGH ERGEPERTOIRE分析显示人胎儿肝脏作为终生物的起源,先天B淋巴细胞
机译:通过高通量测序分析分析肝移植患者的人TRB / IGH-CDR3曲目的模式
机译:在中间妊娠中,母体血清和胎儿肝脏配对人样品中的PBDE,PCB,OH-PBDE和OH-PCB浓度的比较
机译:胎儿肝脏和胚胎干细胞分化培养物中人类骨髓红细胞祖细胞的前瞻性分离。
机译:高分辨率IgH谱表分析显示胎儿肝脏是人类终生先天性B淋巴细胞生成的可能来源
机译:高分辨率IgH谱表分析显示胎儿肝脏是人类终生先天性B淋巴细胞生成的可能来源
机译:关于胎儿肝脏潜在免疫功能细胞的进一步观察