发明公开
- 专利标题: COMPOSITIONS AND METHODS FOR TREATING BONE DEFICIT CONDITIONS
- 专利标题(中): 组合物和方法治疗骨亏出场
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申请号: EP97912787申请日: 1997-10-23
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公开(公告)号: EP0973513A4公开(公告)日: 2003-03-19
- 发明人: ORME MARK W , BAINDUR NAND , ROBBINS KIRK G , HARRIS SCOTT M , KONTOYIANNI MARIA , HURLEY LAURENCE H , KERWIN SEAN M , MUNDY GREGORY R , PETRIE CHARLES
- 申请人: ZYMOGENETICS INC , OSTEOSCREEN INC , UNIV TEXAS
- 专利权人: ZYMOGENETICS INC,OSTEOSCREEN INC,UNIV TEXAS
- 当前专利权人: ZYMOGENETICS INC,OSTEOSCREEN INC,UNIV TEXAS
- 优先权: US73631896 1996-10-23; US73587396 1996-10-23; US73588196 1996-10-23; US73622296 1996-10-23; US73622196 1996-10-23; US73587096 1996-10-23; US73587696 1996-10-23; US73622096 1996-10-23; US73631996 1996-10-23; US73587496 1996-10-23; US73622896 1996-10-23
- 主分类号: C07D239/74
- IPC分类号: C07D239/74 ; A61K31/00 ; A61K31/136 ; A61K31/192 ; A61K31/196 ; A61K31/215 ; A61K31/4184 ; A61K31/426 ; A61K31/428 ; A61K31/437 ; A61K31/44 ; A61K31/444 ; A61K31/47 ; A61K31/4709 ; A61K31/498 ; A61K31/502 ; A61K31/517 ; A61K31/53 ; A61K31/535 ; A61K31/5415 ; A61K31/549 ; A61K31/655 ; A61P19/08 ; A61P19/10 ; C07C49/84 ; C07C69/92 ; C07C225/32 ; C07C233/55 ; C07C233/59 ; C07C233/80 ; C07C235/38 ; C07C237/20 ; C07C243/22 ; C07C243/32 ; C07C243/34 ; C07C243/38 ; C07C245/08 ; C07C251/20 ; C07C251/28 ; C07C251/48 ; C07C251/66 ; C07C251/86 ; C07C259/10 ; C07C311/39 ; C07C323/62 ; C07C337/06 ; C07D213/53 ; C07D213/76 ; C07D213/78 ; C07D213/85 ; C07D215/12 ; C07D215/38 ; C07D235/08 ; C07D235/22 ; C07D241/42 ; C07D265/16 ; C07D277/20 ; C07D277/56 ; C07D277/64 ; C07D277/82 ; C07D279/16 ; C07D285/16 ; C07D401/06 ; C07D401/12 ; C07D403/04 ; C07D471/04 ; C07D521/00 ; A61K31/165 ; A61K31/33 ; A61K31/405 ; A61K31/415 ; A61K31/42 ; A61K31/425 ; A61K31/505
摘要:
Compounds containing two aromatic systems covalently linked through a linker containing one or more atoms, or "linker" defined as including a covalent bond per se so as to space the aromatic systems at a distance 1.5-15 ANGSTROM , are effective in treating conditions associated with bone deficits. The compounds can be administered to vertebrate subjects alone or in combination with additional agents that promote bone growth or that inhibit bone resorption. They can be screened for activity prior to administration by assessing their ability to effect the transcription of a reporter gene coupled to a promoter associated with a bone morphogenetic protein and/or their ability to stimulate calvarial growth in model animal systems.
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