Xu Cao - Birmingham AL, US Xingming Shi - Birmingham AL, US Shuting Bai - Birmingham AL, US
International Classification:
C12Q001/68 C07H021/04 C12N015/00
US Classification:
435 6, 435 691, 435 911, 536 231, 536 235
Abstract:
The present invention describes a novel interaction between Smad6 and the Hox genes in nuclear transcriptional regulation following BMP signal transduction. The present invention further provides methods of using this novel Smad6/Hox protein interaction to regulate gene expression, regulate bone formation and control osteoporosis. Further provided are methods of screening for compounds that interfere with the novel Smad6/Hox protein interaction, thereby resulting in expression of a Hox protein-repressed gene and/or stimulating bone formation.
Inhibition Of Binding Of Hox And Homeodomain-Containing Proteins And Uses Thereof
Xu Cao - Birmingham AL, US Xingming Shi - Birmingham AL, US Xiangli Yang - Birmingham AL, US
Assignee:
UAB Research Foundation
International Classification:
A61K048/00 C12N005/08
US Classification:
514/044000, 435/366000
Abstract:
The present invention demonstrates that BMP-2/4 activates osteopontin gene transcription by removing Hoxc-8 binding through Smad1 interaction with the Hoxc-8 DNA binding domain. Since the DNA binding domain is conserved in all Hox and homeodomain-containing proteins, Smad1 likely interacts with all Hox or homeodomain-containing proteins. Furthermore, the present invention reveals the Smad1-mediated transcriptional mechanism in the BMP-2/4 signaling pathway and also provides information about the transcriptional roles of the Hox genes during embryonic development.
Interaction Of Smad6 With Hox Proteins And Uses Thereof
Xu Cao - Birmingham AL, US Xingming Shi - Birmingham AL, US Shuting Bai - Birmingham AL, US
International Classification:
C12Q 1/68 A61K 39/395 A61K 48/00 A61K 38/17
US Classification:
424143100, 435006000, 514012000, 514044000
Abstract:
The present invention describes a novel interaction between Smad6 and the Hox genes in nuclear transcriptional regulation following BMP signal transduction. The present invention further provides methods of using this novel Smad6/Hox protein interaction to regulate gene expression, regulate bone formation and control osteoporosis. Further provided are methods of screening for compounds that interfere with the novel Smad6/Hox protein interaction, thereby resulting in expression of a Hox protein-repressed gene and/or stimulating bone formation.
Inhibition Of Binding Of Hox And Homeodomain-Containing Proteins And Uses Thereof
Xu Cao - Birmingham AL Xingming Shi - Birmingham AL Xiangli Yang - Birmingham AL
Assignee:
UAB Research Foundation - Birmingham AL
International Classification:
C12Q 168 C12N 1563
US Classification:
435 6
Abstract:
The present invention demonstrates that BMP-2/4 activates osteopontin gene transcription by removing Hoxc-8 binding through Smad1 interaction with the Hoxc-8 DNA binding domain. Since the DNA binding domain is conserved in all Hox and homeodomain-containing proteins, Smad1 likely interacts with all Hox or homeodomain-containing proteins. Furthermore, the present invention reveals the Smad1-mediated transcriptional mechanism in the BMP-2/4 signaling pathway and also provides information about the transcriptional roles of the Hox genes during embryonic development.