持续扩展的管线

虽然人类已经在药物开发取得了巨大的成绩,但全球范围仍然有大量的病人无法得到有效治疗。

我们着眼那些无药可治或者仍然缺乏真正有效药物的严重疾病,包括长期未被重视的遗传性疾病以及发病率较高的重大疾病等。

与传统的药物技术不同,我们从生命最本质的基因组学层面寻找解决方案,突破既有的界限。革新性的基因和细胞疗法将能够为病人带来重返健康的希望。

我们致力于包括遗传病、复杂疾病和肿瘤三大疾病领域的药物研发。

目前在研管线产品包括造血系统、眼科、中枢神经和肝脏方面适应症基因编辑药物。

 

基因编辑 · ex vivo gene editing

 Blood

RM-001相关新闻与报道

  • ASH 2024(American Society of Hematology) Annual meeting报道:Updated Safety and Efficacy Results of RM-001, Autologous HBG1/2 Promoter-Modified CD34+ Hematopoietic Stem and Progenitor Cells, in Treating Transfusion-Dependent β-Thalassemia 链接:

  • EHA 2024(European Hematology Association) Annual meeting报道:SAFETY AND EFFICACY OF RM-001, AUTOLOGOUS HBG1/2 PROMOTER-MODIFIED CD34+ HEMATOPOIETIC STEM AND PROGENITOR CELLS, IN TRANSFUSION-DEPENDENT Β-THALASSEMIA 链接:

    

  • 瑞风生物公布地贫基因编辑药物RM-001临床一期进展,助力开启中国基因编辑药物时代  链接:

  • ASH 2023 (American Society of Hematology) Annual meeting报道:Safety and Efficacy of RM-001 (Autologous HBG1/2 Promoter-modified CD34+ Hematopoietic Stem and Progenitor Cells) in Patients with Transfusion-Dependent β-Thalassemia 链接:

   

  • EHA 2023(European Hematology Association) Annual meeting报道:SAFETY AND EFFICACY OF RM-001 IN PATIENTS WITH TRANSFUSION-DEPENDENT Β-THALASSEMIA: EARLY RESULTS FROM THE ONGOING OF AUTOLOGOUS HBG1/2 PROMOTER-MODIFIED CD34+ HEMATOPOIETIC STEM AND PROGENITOR CELLS 链接:

   

  • ASH 2022(American Society of Hematology) Annual meeting报道:Preliminary Result of the Safety and Efficacy of Autologous HBG1/2 Promoter-Modified CD34+ Hematopoietic Stem and Progenitor Cells (RM-001) in Transfusion-Dependent Βeta-Thalassemia 链接:

     

  • 瑞风生物地贫基因编辑药物RM-001临床研究进展将于2022第64届美国血液学年会(ASH)公布  链接: 

  • 瑞风生物β-地中海贫血基因编辑药物IND获国家药监局批准 链接:

  • EHA 2022(European Hematology Association) Annual meeting报道:INITIAL SAFETY AND EFFICACY STUDY OF RM-001, AUTOLOGOUS HBG1/2 PROMOTER-MODIFIED CD34+ HEMATOPOIETIC STEM AND PROGENITOR CELLS, IN TRANSFUSION-DEPENDENT ΒETA-THALASSEMIA 链接:

   

  • 瑞风生物携全球首个新靶点基因编辑地贫临床成果亮相2022欧洲血液学年会(EHA)链接:

  • 首个突破!我国基因编辑技术成功治疗成人重型地贫 链接:

  • 全球首个新靶点治疗重型β地贫 瑞风生物取得新突破 链接:


基因编辑 · in vivo gene editing

 Ophthalmology

 CNS

 Liver, multiple targets