A Method for Detecting a Differentiation Marker In Normal and Carcinoma Cells and in Biological Samples and Body Fluid
Japan
1993-508543
Filed on 1994-04-28
1993-508543
Filed on 1994-04-28
Use of Transgene Encoding a Vertebrate Phytase to Increase Capacity to Utilize Phytic Acid in Livestock Feed
Australia
2001281262
Filed on 2001-08-13
2001281262
Filed on 2001-08-13
Use of Transgene Encoding a Vertebrate Phytase to Increase Capacity to Utilize Phytic Acid in Livestock Feed
Mexico
PA/a/2003/001281
Filed on 2003-02-10
PA/a/2003/001281
Filed on 2003-02-10
Use of Transgene Encoding a Vertebrate Phytase to Increase Capacity to Utilize Phytic Acid in Livestock Feed
Canada
2419505
Filed on 2001-08-13
2419505
Filed on 2001-08-13
Use of Transgene Encoding a Vertebrate Phytase to Increase Capacity to Utilize Phytic Acid in Livestock Feed
European Patent
01959738.4
Filed on 2001-08-13
01959738.4
Filed on 2001-08-13
Farnesoid Activated Receptor Polypeptides,And Ucleic Acid Encoding The Same
Canada
2210190
Filed on 1995-12-28
2210190
Filed on 1995-12-28
Farnesoid Activated Receptor Polypeptides,And Ucleic Acid Encoding The Same
Japan
1996-521693
Filed on 1995-12-28
1996-521693
Filed on 1995-12-28
Farnesoid Activated Receptor Polypeptides,And Ucleic Acid Encoding The Same
Australia
45073/00
Filed on 2000-07-04
45073/00
Filed on 2000-07-04