PEGYLATION OF LINKERS IMPROVES ANTITUMOR ACTIVITY AND REDUCES TOXICITY OF IMMUNOCONJUGATES
Canada
2411967
Filed on 2001-06-08
2411967
Filed on 2001-06-08
PEGYLATION OF LINKERS IMPROVES ANTITUMOR ACTIVITY AND REDUCES TOXICITY OF IMMUNOCONJUGATES
Japan
2002-510119
Filed on 2001-06-08
2002-510119
Filed on 2001-06-08
PEGYLATION OF LINKERS IMPROVES ANTITUMOR ACTIVITY AND REDUCES TOXICITY OF IMMUNOCONJUGATES
European Patent
01948294.2
Filed on 2001-06-08
01948294.2
Filed on 2001-06-08
PEGYLATION OF LINKERS IMPROVES ANTITUMOR ACTIVITY AND REDUCES TOXICITY OF IMMUNOCONJUGATES
US Application 10/297,337
Filed on 2002-12-04
Filed on 2002-12-04
Broadly Cross-Reactive Neutralizing Antibodies Against Human Immunodeficiency Virus selected By ENV-CD4-CO-Receptor Complexes
Patent Cooperation Treaty
PCT/US02/33165
Filed on 2002-10-16
PCT/US02/33165
Filed on 2002-10-16
INHIBITION OF SMAD3 TO PREVENT FIBROSIS AND TO IMPROVE WOUND HEALING
US Application 10/299,886
Filed on 2002-11-18
Filed on 2002-11-18
INHIBITION OF SMAD3 TO PREVENT FIBROSIS AND TO IMPROVE WOUND HEALING
Japan
2001-585799
Filed on 2000-05-19
2001-585799
Filed on 2000-05-19
INHIBITION OF SMAD3 TO PREVENT FIBROSIS AND TO IMPROVE WOUND HEALING
European Patent
00932586.1
Filed on 2000-05-19
00932586.1
Filed on 2000-05-19
INHIBITION OF SMAD3 TO PREVENT FIBROSIS AND TO IMPROVE WOUND HEALING
Canada
2410987
Filed on 2000-05-19
2410987
Filed on 2000-05-19
INHIBITION OF SMAD3 TO PREVENT FIBROSIS AND TO IMPROVE WOUND HEALING
Australia
2000250285
Filed on 2000-05-19
2000250285
Filed on 2000-05-19