U.S. License Holder:
Date of License:
aBLA accepted by FDA August-2017; Complete Response Letter April-2018
PF-05280014 (trastuzumab) is not FDA-approved. An aBLA has been accepted by the FDA.
Approved Foreign Follow-On Biologics / Biosimilars
Biosimilars Approved In The E.U.
Trazimera (Pfizer) (July-2018)
U.S. Patent LitigationsPACER
U.S. Patent Nos.
6,121,428 (Protein Recovery) 6,242,177 (Methods and Compositions for Secretion of Heterologous Polypeptides) 6,331,415 (Methods of Producing Immunoglobulins, Vectors and Transformed Host Cells for Use Therein) 6,339,142 (Protein Purification) 6,407,213 (Method for Making Humanized Antibodies) 6,417,335 (Protein Purification) 6,489,447 (Protein Purification) 6,586,206 (Methods for Making Recombinant Proteins Using Apoptosis Inhibitors) 6,610,516 (Cell Culture Process) 6,620,918 (Separation of Polypeptide Monomers) 6,627,196 (Dosages for Treatment with Anti-ErbB2 Antibodies) 6,716,602 (Metabolic Rate Shifts in Fermentations Expressing Recombinant Proteins) 7,371,379 (Dosages for Treatment with Anti-ErbB2 Antibodies) 7,390,660 (Methods for Growing Mammalian Cells In Vitro) 7,449,184 (Fixed Dosing of HER Antibodies) 7,485,704 (Reducing Protein A Leaching During Protein A Affinity Chromatography) 7,501,122 (Treatment with Anti-ErbB2 Antibody Combinations) 7,807,799 (Reducing Protein A Leaching During Protein A Affinity Chromatography) 7,846,441 (Treatment with Anti-ERBB2 Antibodies) 7,892,549 (Treatment with anti-ErbB2 antibodies) 7,923,221 (Methods of Making Antibody Heavy and Light Chains having Specificity for a Desired Antigen) 7,993,834 (Detection of ErbB2 Gene Amplification to Increase the Likelihood of the Effectiveness of ErbB2 Antibody Breast Cancer Therapy) 8,044,017 (Protein Purification) 8,076,066 (Gene Detection Assay for Improving the Likelihood of an Effective Response to a HER2 Antibody Cancer Therapy) 8,314,225 (Heavy Chain Mutant Leading to Improved Immunoglobulin Production) 8,425,908 (Treatment with Anti-ErbB2 Antibodies) 8,440,402 (Gene Detection Assay for Improving the Likelihood of an Effective Response to a HER2 Antibody Cancer Therapy) 8,460,895 (Method for Producing Recombinant Proteins with a Constant Content of pCO2 in the Medium) 8,512,983 (Production of Proteins in Glutamine-Free Cell Culture Media) 8,574,869 (Prevention of Disulfide Bond Reduction During Recombinant Production of Polypeptides) 8,633,302 (Variable Tangential Flow Filtration) 8,691,232 (Extending Time to Disease Progression or Survival in Cancer Patients) 8,710,196 (Protein Purification) 8,771,988 (Protein Expression from Multiple Nucleic Acids) 8,822,655 (Pre-filtration Adjustment of Buffer Solutes) 9,249,218 (Protein Purification) 9,428,766 (Protein Expression from Multiple Nucleic Acids) 9,487,809 (Decreasing Lactate Level and Increasing Polypeptide Production by Downregulating the Expression of Lactate Dehydrogenase and Pyruvate Dehydrogenase Kinase) 9,493,744 (Methods for Viral Inactivation and Other Adventitious Agents) 9,714,293 (Production of Proteins in Glutamine-free Cell Culture Media)
Genentech, Inc.; City of Hope