POLYPEPTIDE AND DNA SEQUENCE CORRESPONDING TO THE HUMAN RECEPTOR WITH HIGH AFFINITY FOR IgE Read more about POLYPEPTIDE AND DNA SEQUENCE CORRESPONDING TO THE HUMAN RECEPTOR WITH HIGH AFFINITY FOR IgE US Application 08/066,639Filed on 1993-05-26
USE OF SYNTHETIC PEPTIDES TO DISRUPT THE CYTOSKELETON Read more about USE OF SYNTHETIC PEPTIDES TO DISRUPT THE CYTOSKELETON US Patent 5,527,773Filed on 1993-08-25
TRICHOHYALIN AND TRANSGLUTAMINASE-3 AND METHODS OF USING SAME Read more about TRICHOHYALIN AND TRANSGLUTAMINASE-3 AND METHODS OF USING SAME US Patent 5,616,500Filed on 1993-04-30
A POLYPEPTIDE AND DNA SEQUENCE CORRESPONDING TO THE HUMAN RECEPTOR WITH HIGH AFFINITY FOR IgE. Read more about A POLYPEPTIDE AND DNA SEQUENCE CORRESPONDING TO THE HUMAN RECEPTOR WITH HIGH AFFINITY FOR IgE. US Application 07/930,446Filed on 1992-08-19
FACILE SYNTHESIS OF CODEINE PRECURSORS FROM THEBAINE Read more about FACILE SYNTHESIS OF CODEINE PRECURSORS FROM THEBAINE US Patent 4,277,604Filed on 1980-01-25
ASSAY USING RECOMBINANT HISTIDYL-TRNA SYNTHETASE Read more about ASSAY USING RECOMBINANT HISTIDYL-TRNA SYNTHETASE US Patent 5,484,703Filed on 1993-04-22
ISOLATION AND CHARACTERIZATION OF cDNAS CODING FOR THE ALPHA, BETA, AND LAMBDA SUBUNITS OF THE HIGH-AFFINITY RECEPTOR FOR IMMUNOGLOBULIN E Read more about ISOLATION AND CHARACTERIZATION OF cDNAS CODING FOR THE ALPHA, BETA, AND LAMBDA SUBUNITS OF THE HIGH-AFFINITY RECEPTOR FOR IMMUNOGLOBULIN E US Patent 6,165,744Filed on 1990-12-14
Polypeptide and DNA Sequence Corresponding to the Human Receptor With High Affinity for IgE Read more about Polypeptide and DNA Sequence Corresponding to the Human Receptor With High Affinity for IgE US Application 07/547,892Filed on 1990-07-02
cDNA Coding for the Subunit of the High Affinity Receptor for Immunoglobuline Read more about cDNA Coding for the Subunit of the High Affinity Receptor for Immunoglobuline US Application 07/259,065Filed on 1988-10-18
A Polypeptide and DNA Sequence Corresponding to the Human Receptor with High Affinity for IgE. Read more about A Polypeptide and DNA Sequence Corresponding to the Human Receptor with High Affinity for IgE. US Application 07/240,692Filed on 1988-09-06