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Symposium #5: Best Practices in<br />

Cleaning and Cleaning Validation<br />

A Science-based and Integrated Approach<br />

for Biopharmaceuticals<br />

Room ???<br />

In this symposium we will identify the elements of a<br />

robust cleaning program for biopharmaceuticals. we will<br />

then see how each element is systematically developed<br />

and integrated to ensure successful implementation.<br />

The symposium will cover current regulatory<br />

expectations, science-based methodologies for cleaning<br />

characterization, and the lifecycle approach to cleaning<br />

validation and monitoring.<br />

In addition to the fundamentals of cleaning,<br />

this symposium will also cover the following<br />

advanced topics:<br />

Agenda to include:<br />

• Unique cleaning challenges for multiproduct<br />

bioprocesses equipment.<br />

• Effective strategies for addressing these challenges<br />

through planned small-scale studies.<br />

• Degradation/inactivation studies and how they can<br />

be used to eliminate product-specific assays and the<br />

traditional MAC approach.<br />

• Acceptance limits for degraded/inactivated product.<br />

• Cleaning tenacious residues in bioreactors and media<br />

tanks.<br />

• The use of master soils to streamline and<br />

provide flexibility for scheduling cleaning validation<br />

activities.<br />

Instructor:<br />

Rizwan Sharnez Ph.D., Principal Engineer, Process<br />

Engineering,<br />

Amgen Inc.<br />

Pre-<strong>Conference</strong> Symposia • Monday, October 8, 2012 • 1:00 pm - 5:00 pm<br />

12:00 pm Registration<br />

Symposium #7:<br />

CMC Project Management<br />

throughout the Product<br />

Development Life Cycle<br />

Room ???<br />

The session will provide a comprehensive overview of<br />

phase-dependent CMC activities and the role of CMC<br />

teams in integrating development plans and facilitating<br />

progress. Talks will cover different models for managing<br />

CMC projects that are tied to company’s resources,<br />

number of products, and phase of development.<br />

Best practices in CMC PM be discussed in detail. The<br />

symposium is intended to provide participants with a<br />

broad understanding of the drug development process<br />

from discovery to commercialization and how CMC-<br />

PM can help integrate the strategic vision with tactical<br />

implementation.<br />

• Overview of Integrated Phase Dependent CMC<br />

Development<br />

• Best Practices in CMC Project Management<br />

• CMC structure: One Size Does Not Fit All<br />

• Bridging Discovery to Human Proof of Concept and<br />

Commercialization<br />

• CMC PM as a Career Path<br />

Talks will be followed by a panel discussion which will<br />

cover topics of interest to the audience and the speakers.<br />

Agenda to include:<br />

• Understand Product Development Life Cycle from a<br />

CMC perspective<br />

• Models for managing CMC activities throughout<br />

development life cycle<br />

• CMC PM organizational structures and functional<br />

roles<br />

• Risk Management processes to maneuver through<br />

development hurdles<br />

• CMC PM business processes, tools and templates<br />

• Managing in-licensed products, partnerships, and<br />

CROs<br />

• Interactive discussions with peers and experts in<br />

managing CMC development<br />

Co-Chairpersons:<br />

Seshu Tyagarajan, Ph.D., Associate Director, CMC<br />

Project Management, ImClone Systems, a whollyowned<br />

subsidiary of Eli Lilly and Company<br />

Zahra Shahrokh, Ph.D., Biotech Product Development<br />

Consultant, ZDev Consulting<br />

Symposium #8:<br />

Microbial Protein<br />

Production Systems<br />

Room ???<br />

Microbial systems are being used to express a growing<br />

number of early stage protein products, circumventing<br />

issues such as viral clearance associated with CHO and<br />

other mammalian platforms, offering lower media costs<br />

and much shorter bioreactor run times. Virtually every new<br />

“antibody-like” scaffold is selected for efficient microbial<br />

expression, thereby facilitating discovery and manufacture.<br />

While almost all approved antibodies and most of those<br />

in clinical development rely on mammalian cell culture for<br />

production, a rapidly growing number of smaller antibody<br />

fragments, scaffold-based therapeutics and other proteins<br />

are produced in microbial systems. These production<br />

platforms include various bacterial hosts, several species of<br />

yeasts, and other small eukaryotes. This session focuses on<br />

recent advances and improvements to microbial systems<br />

and case studies of protein production and manufacture.<br />

Agenda to include:<br />

• Gain an overview of microbial production systems.<br />

• Understand key advantages and challenges of<br />

bacterial and eukaryotic microbial hosts.<br />

• Insights into the latest improvements to established<br />

and novel microbial expression platforms.<br />

• Learn from case studies of current protein products<br />

manufactured by microbial process.<br />

• Be prepared for increasing applications of microbial<br />

systems for new products.<br />

Chairperson:<br />

David Bramhill, Ph.D.,<br />

Research Corporation Technologies and<br />

Bramhill Biological Consulting, LLC.<br />

7 To Register, Call: (800) 390-4078 • Fax: (941) 365-0104 • E-mail: reg@ibcusa.com • www.IBCLifeSciences.com/BPI

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