About MOHEDAS Agustin H.
About Massachusetts Inst. of Technol., Massachusetts, USA
About WANG You
About Brigham and Women’s Hospital and Harvard Medical School, Massachusetts, USA
About SANVITALE Caroline E.
About Univ. Oxford, Oxford, GBR
About CANNING Peter
About Univ. Oxford, Oxford, GBR
About CHOI Sungwoon
About Brigham and Women’s Hospital and Harvard Medical School, Massachusetts, USA
About XING Xuechao
About Brigham and Women’s Hospital and Harvard Medical School, Massachusetts, USA
About BULLOCK Alex N.
About Univ. Oxford, Oxford, GBR
About CUNY Gregory D.
About Brigham and Women’s Hospital and Harvard Medical School, Massachusetts, USA
About CUNY Gregory D.
About Univ. Houston, Texas, USA
About YU Paul B.
About Brigham and Women’s Hospital, Massachusetts, USA
About Journal of Medicinal Chemistry
About Structure-Activity Relationship
About signal transduction receptor
About connective tissue disease
About affinity
About enzyme inhibitor
About chemical compound
About HepG2 cell
About cytotoxicity
About osteogenic factor
About TGF beta
About activity (property)
About chemical synthesis
About toxicity test
About heat denaturation
About Osteogenesis Imperfecta
About drug design
About ALK2
About TGF-beta(1)
About binding affinity
About inhibitory activity
About Signal Transduction
About 50% inhibitory concentration
About derivative compounds
About molecular targeting drug
About cellular signal transduction
About IC50
About Fibrodysplasia ossificans progressiva
About Fibrodysplasia
About derivative
About Structure-activity relationship of drugs
About Synthesis of drugs
About Basic research of enzyme preparations and enzyme inhibitor preparations
About Congenital diseases,deformities in general.
About 2-Aminopyridine
About K-02288
About LDN-193189
About LDN-212838
About LDN-212854
About LDN-214117
About Imatinib
About Crizotinib
About Sunitinib
About Sorafenib
About Dasatinib
About Dorsomorphin
About Ruxolitinib
About Vemurafenib
About 2-アミノピリジン
About ALK2
About 阻害剤
About 構造-活性相関
About 骨化
About 異形成
About 変異
About 結合親和性