Page 59 - Taiwan Food and Drug Administration 2016 Annual Report
P. 59

2016     ANNUAL
                                                                                                   REPORT







               (3) Promoting Good Distribution Practice (GDP) for Medical Devices
                  To ensure that medical device importers, dealers, or pharmacies are capable of maintaining
                  product quality specified by the original manufacturer during transport and sales activities,
                  the TFDA began implementing regulatory measures for the distribution of medical devices
                  starting in 2014 and promulgated the Good Distribution Practice (GDP) for Medical Devices on
                  June 18, 2015. As of the end of 2015, TFDA organized six training seminars and two outcome
                  presentation seminars, and completed consultation visits to 35 medical device vendors.
               (4) Implementing the Unique Device Identi?cation (UDI) System                                      Part II - Key Administrative Results  Medical Devices Management
                  The three issuing agencies and their coding specifications (GS1/GS1-128, HIBBC/HIBC,
                  ICCBBA/ISBT 128) recommended by the International Medical Device Regulators Forum
                  (IMDRF) and U.S. FDA were adopted by TFDA to promulgate the Unique Device Identi?cation
                  (UDI) System Regulation on October 30, 2015. This would allow both importers and domestic
                  manufacturers to adopt globally recognized UDI coding and barcode specifications for
                  medical devices in establishing the basis for automated distribution management.
               3. Strengthening Awareness of Medical Device Regulatory Policies
               (1) Promotion of Key Policies
                  In 2015, TFDA organized about 30 promotional activities that included training sessions and
                  seminars for Good Distribution Practice (GDP) of medical devices, introduction and use of
                  the UDI system, medical device GCP inspection workshop and regulation revisions, medical
                  device clinical trial IRB forums and symposiums, medical device adverse event analysis and
                  management, for enforcing the implementation of various key policies.
               (2) Enhancing Communication With Medical Institutions
                  To help medical institution personnel acquire an effective understanding of the causes for
                  ADRs as well as user experiences of medical devices, and to gain familiarity with proper
                  handling methods, procedures, and government regulatory practices, TFDA held education
                  and training courses at six medical institutions in northern, central, and southern Taiwan in
                  2015. The courses targeted non-ideal situations primarily during the process of operating
                  medical devices in local medical institutions, such as failure to perform, malfunction, or
                  anomalies of medical devices, and allowed for information exchanges and sharing of
                  experiences.

               (3) Establishing a Communication Platform for Industry Associations
                  In 2015, TFDA held two communication meetings with industry associations of medical
                  devices. The platform allowed direct dialogue with the industry in order to achieve a mutually
                  bene?cial consensus over relevant policies and facilitate the promotion and implementation of
                  future policies.
               (4) Strengthening Regulatory Knowledge and Capacity for Medical Devices amongst Academic
                  Research Institutions

                  TFDA held three seminars promoting awareness of medical device regulations in various
                  universities, colleges, and medical engineering institutions, with the hope that the academia
                  and industry may promptly apply regulatory concepts pertaining to medical devices in the
                  initial phases of research and development (R&D) in order to shorten R&D cycle time and
                  costs and to commercialize the R&D outcomes as early as possible.
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