Page 7 - Assurance of Sterility for Sensitive Combination Products and Materials
P. 7

Foreword




              The health-care industry is in a time of significant and unprecedented
              changes in the sterile products. New therapies are being developed that
              combine the benefit of drug products with the specificity of delivery devices.
              Global health authorities are becoming more influential in the preparation
              of guidance setting expectations for improved process and contamination
              control. Innovative manufacturing, sterilization and data acquisition tech-
              nologies are available, and the promises of new technologies and modalities
              are being constantly introduced. Continuous manufacturing, automation,
              and manufacturing intelligence are lowering our reliance on and concern
              for the variability of human performance. Simpler standardized clean room
              spaces equipped with rapid process monitoring, testing, and manufactur-
              ing intelligence data gathering enables improved manufacturing reliability.
              Throughout this journey, there is a growing recognition that traditional
              product testing, process monitoring, and validation may not be the most
              effective means to ensure sterile product quality.
                 Additional business factors are shaping the industry concurrently with
              the advances in technology. Drug and health-care product shortages are
              shifting public health policies to emphasize product availability, affordability,
              and sustainability. Industry understands that quality processes resulting in
              higher yields, increased productivity, and reduced failures makes good busi-
              ness sense. The improved profits in turn encourages  increased investment in
              innovative technologies and the adoption of novel manufacturing strategies
              and methodologies.
                 The opportunities that result from these significant changes increase the
              use of technology for manufacturing as well as scientifically based process
              control. This provides a vehicle for new approaches for innovative process
              improvements incorporating the scientific risk-based approaches encour-
              aged by regulators to justify the design and manufacture products approval.
                 Improvement which challenges the status quo often originates from
              asking those critical “why and why not” questions. It is essential that those
              responsible for planning, designing, and manufacturing health-care products
              employ critical thinking for the efficient development of effective products.
                 Combination therapies and products emerge to provide effective and
              affordable health-care options to our patients. A large proportion of these
              products are required to be either sterile or low bioburden. New products


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