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Product and Process Variants & Impurities

Product and Process Variants & Impurities

Product and Process Variants & Impurities

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Tuesday, October 22, 2013 (continued)Well Characterized BiologicalsComparability Strategies for Biotechnology <strong>Product</strong>s3:45 Similarity <strong>and</strong> Comparability: What’s in <strong>and</strong> What’s out?Biosimilar <strong>and</strong> novel protein products have overlapping but distinct criteriafor successful development, licensure, <strong>and</strong> post-approval changes. This talkwill describe the interactions between the different pathways for developing<strong>and</strong> licensing a quality protein product, examining high level issues as well asthe details that form the core of regulatory decision-making.Emily Shacter, Ph.D. Consultant, ThinkFDA, LLC;Former Chief, Laboratory of Biochemistry, CDER, US FDA4:15 Health Canada Perspective CASE STUDY High Resolution NMRFingerprinting the Higher Order Structure of Biosimilars:A Comparability ToolIn this paper, we show through a case study that a simple NMR methodcan provide detailed information on the higher order structure of proteintherapeutics. The NMR fingerprint assay applied to Filgrastim providedresidue specific information of the structure of the active ingredientof a product. In addition to current methods, the ability to assess theconformation with a high degree of resolution can greatly facilitate thecomparability exercise.Yves Aubin, Ph.D., Research Scientist, Centre for Vaccine Evaluation,Biologics <strong>and</strong> Genetic Therapies Directorate, Health Canada4:45 UNPUBLISHED DATA High-resolution NMR Analysis of ProteinTherapeutics: An Inter-laboratory Round Robin StudyHigh-resolution NMR methods can yield spectral ‘fingerprints’ related tothe structure of the bioactive form(s) of protein therapeutics at atomicresolution. This presentation reports on an inter-laboratory study aimedat establishing NMR methods for obtaining spectral ‘fingerprints’ ofprotein therapeutics <strong>and</strong> how these ‘fingerprints’ can be used to establishconsistency in drug manufacturing <strong>and</strong> for comparing a biosimilar to aninnovator reference product.John P. Marino, Ph.D., Leader, Biomolecular Structure & Function Group,IBBR-NIST5:15 CASE STUDY/UNPUBLISHED DATA Comparability Assessments LinkingClinical Trial Batches to Commercial ManufacturingChanges in scale, process chemistry or manufacturing site may suggest aneed for a comparability assessment in order to link the manufacture ofpivotal study materials to the proposed commercial manufacturing process.This presentation presents a case study around the risk assessment <strong>and</strong>Critical Quality Attributes for changes in drug substance manufacturing.Alan V. Klotz, Ph.D., Advisor, Research <strong>and</strong> Development,Elanco Animal Health, a division of Eli Lilly & Co.5:45 Close of Day Two<strong>Product</strong> <strong>and</strong> <strong>Process</strong> <strong>Variants</strong> & <strong>Impurities</strong>Development <strong>and</strong> <strong>Product</strong>ion3:45 CASE STUDY/UNPUBLISHED DATA Control of <strong>Process</strong>-Related<strong>Impurities</strong> for a Recombinant Seasonal Influenza VaccineFlublok influenza received FDA approval for the prevention of influenza inadults aged 18 to 49 in January 2013, making this product the first licensedrecombinant influenza vaccine. Our strategy regarding control of processrelated impurities <strong>and</strong> maintaining product quality for a recombinantproduct whose composition changes annually will be discussed.Penny L. Post, Ph.D., Vice President, Regulatory, Protein Sciences Corporation4:15 Analytical Considerations for Isolating <strong>Variants</strong><strong>and</strong> <strong>Impurities</strong>This talk discusses the need for developing a separate set of analytical assaysfor in-process testing, product release <strong>and</strong> product characterization; criteriafor selecting which assays can be used for which application; <strong>and</strong> examplesfrom vaccines produced in different systems.Indresh Srivastava, Ph.D., Vice President, <strong>Product</strong> Realization <strong>and</strong> SeniorProject Manager, Protein Sciences Corporation4:45 CASE STUDY/UNPUBLISHED DATA Removal of <strong>Product</strong> Related<strong>Impurities</strong> for a Recombinant Malaria VaccineThe development of highly-purified malaria vaccines remains a challenge.Using the Pfenex Pseudomonas fluorescens expression system, arecombinant vaccine was produced to support Phase I clinical trials. Themolecule was shown to be prone to rapid multimerization <strong>and</strong> N-terminaldegradation during recovery <strong>and</strong> purification. Careful attention to theexpression parameters <strong>and</strong> recovery of the vaccine protein from thebiomass were an essential components of the manufacturing process. Thedevelopment of a robust, orthogonal purification process resulted in a highyield,GMP-compliant process that generated high-quality protein that wasshown to be potent in animal models.Steven L. Giardina, Ph.D., Director, <strong>Process</strong> Analytics/Quality Control,Biopharmaceutical Development Program, SAIC-Frederick, Inc.5:15 Late-Breaking Presentation5:45 Close of Day TwoReserve Your Exhibit Booth or Sponsorship TodayThe exhibit hall for this conference has been growing annually as event attendance has increased. Reserve your booth today orcontact us to find out about opportunities to promote your product or service via sponsorship or other marketing programs.For more information, contact: Jennifer Thebodo: Tel: 508-614-1672; E-mail: jthebodo@ibcusa.comConfirmed Exhibitors (as of July 19, 2013):www.IBCLifeSciences.com/WCB www.IBCLifeSciences.com/<strong>Variants</strong> 9

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