The Cleveland Clinic Foundation

University of California

Joseph A DiDonato

Andrei V Gudkov

Vadim Krivokrysenko

Michael Karin

David M Rothwarf

Ebrahim Zandi

Makio Hayakawa

The use of flagellin and flagellin related polypeptide for the protection of mammals from the effects of apoptosis is described.

Flagellin related polypeptides and uses thereof

The use of flagellin and flagellin related polypeptides for the protection of mammals from the effects of apoptosis is described.

The use of flagellin and flagellin related polypeptides for the protection of mammals from the effects of apoptsis is described.

The use of flagellin and flagellin related polypectides for the protection of mammals from the effects of apoptsis is described.

The present invention provides an isolated nucleic acid molecules encoding I&#x3ba;B kinase (IKK) catalytic subunit polypeptides, which are associated with an IKK serine protein kinase that phosphorylates a protein (I&#x3ba;B) that inhibits the activity of the NF-&#x3ba;B transcription factor, vectors comprising such nucleic acid molecules and host cells containing such vectors. In addition, the invention provides nucleotide sequences that can bind to a nucleic acid molecule of the invention, such nucleotide sequences being useful as probes or as antisense molecules. The invention also provides isolated IKK catalytic subunits, which can phosphorylate an I&#x3ba;B protein, and peptide portions of such IKK subunit. In addition, the invention provides anti-IKK antibodies, which specifically bind to an IKK complex or an IKK catalytic subunit, and IKK-binding fragments of such antibodies. The invention further provides methods of substantially purifying an IKK complex, methods of identifying an agent that can alter the association of an IKK complex or an IKK catalytic subunit with a second protein, and methods of identifying proteins that can interact with an IKK complex or an IKK catalytic subunit.

I&#x3ba;B Kinase-&#x3b2; (IKK&#x3b2;) binding antibodies and methods of using same

The present invention provides an isolated nucleic acid molecules encoding I&kgr;B kinase (IKK) catalytic subunit polypeptides, which are associated with an IKK serine protein kinase that phosphorylates a protein (I&kgr;B) that inhibits the activity of the NF-&kgr;B transcription factor, vectors comprising such nucleic acid molecules and host cells containing such vectors. In addition, the invention provides nucleotide sequences that can bind to a nucleic acid molecule of the invention, such nucleotide sequences being useful as probes or as antisense molecules. The invention also provides isolated IKK catalytic subunits, which can phosphorylate an I&kgr;B protein, and peptide portions of such IKK subunit. In addition, the invention provides anti-IKK antibodies, which specifically bind to an IKK complex or an IKK catalytic subunit, and IKK-binding fragments of such antibodies. The invention further provides methods of substantially purifying an IKK complex, methods of identifying an agent that can alter the association of an IKK complex or an IKK catalytic subunit with a second protein, and methods of identifying proteins that can interact with an IKK complex or an IKK catalytic subunit.

I&kgr;B kinase, subunits thereof, and methods of using same

The present invention provides a substantially purified nucleic acid molecule encoding a serine protein kinase (I&kgr;B kinase) that phosphorylates a protein (I&kgr;B) that inhibits the activity of the NF-&kgr;B transcription factor, vectors comprising such a nucleic acid molecule and host cells containing such vectors. In addition, the invention provides nucleotide sequences that can bind to a nucleic acid molecule of the invention, such nucleotide sequences being useful as probes or as antisense molecules. The invention also provides a substantially purified I&kgr;B kinase, which is a polypeptide that can phosphorylate an I&kgr;B protein, and peptide portions of the I&kgr;B kinase. In addition, the invention provides anti-I&kgr;B kinase antibodies, which specifically bind to an I&kgr;B kinase, and I&kgr;B kinase-binding fragments of such antibodies. The invention further provides methods of substantially purifying an I&kgr;B kinase, methods of identifying an agent that can alter the association of an I&kgr;B kinase with a second protein, and methods of identifying proteins that can interact with an I&kgr;B kinase.

IKB kinase and methods of using same

The present invention provides an isolated nucleic acid molecules encoding I,B kinase (IKK) catalytic subunit polypeptides, which are associated with an IKK serine protein kinase that phosphorylates a protein (I,B) that inhibits the activity of the NF-,B transcription factor, vectors comprising such nucleic acid molecules and host cells containing such vectors. In addition, the invention provides nucleotide sequences that can bind to a nucleic acid molecule of the invention, such nucleotide sequences being useful as probes or as antisense molecules. The invention also provides isolated IKK catalytic subunits, which can phosphorylate an I,B protein, and peptide portions of such IKK subunit. In addition, the invention provides anti-IKK antibodies, which specifically bind to an IKK complex or an IKK catalytic subunit, and IKK-binding fragments of such antibodies. The invention further provides methods of substantially purifying an IKK complex, methods of identifying an agent that can alter the association of an IKK complex or an IKK catalytic subunit with a second protein, and methods of identifying proteins that can interact with an IKK complex or an IKK catalytic subunit.

Growing community of inventors

Westlake, OH, United States of America

Joseph A DiDonato