Knowledge Center

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This course is an introduction to UDI (Unique Device Identifier) and the principal benefits of this system for health care delivery.
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Consider the historical path of the Unique Device Identifier (UDI) currently hovering at its real-time usage and the resulting in cost savings and patient safety improvements. Dick Perrin of AHRMM’s Learning UDI Community (LUC) discusses the atomization and use of the same UDI across the continuum allowing for quick identification of recalled products and the patients they may have affected, as well as the potential update of the device or modification of care instructions. Speaker: Dick Perrin, CEO, Active Innovations
The AHRMM LUC members submitted comments and recommendations to the FDA's Draft Guidance for Select Updates for Unique Device Identification: Policy Regarding Global Unique Device Identification Database Requirements for Certain Devices. They recommend that information related to all Class I Medical Devices be included in the GUDID without exception.
The UDI-DI Change Communication Process Work Group, a part of AHRMM's Learning UDI Community (LUC), recently released a report analyzing current communication processes and their implications on all stakeholders related to changes to the UDI-DI. Gain a clear understanding of how these changes are documented in affected software systems, identify gaps between current and desired states, and develop recommended practices to improve the process for all stakeholders.
The UDI Impacts on Recall Management Work Group, a part of AHRMM's Learning UDI Community (LUC), has released their recommended practices reports that analyzes the barriers and highlights the benefits to patient safety and key stakeholder groups when utilizing the UDI throughout the recall process. Work group members identified recommended practices for each of these groups underscoring mutual areas for improvement in the safety and efficacy of the recall process. In addition to the two Impact Reports, there is also a comprehensive Regulatory Resource Guide and a Supporting Information document with detailed reports, resource links, surveys and summary presentations that the work group members created, as well as a Recall Time & Cost Collection Tool.
The AHRMM LUC members submitted public comments and recommendations at the FDA's November 2020 meeting related to the need to include the UDI in the recall process. They highlighted the prototype recall database and electronic submission form, as well as survey data supporting its creation.
Building UDI into Longitudinal Data for Medical Device Evaluation (BUILD) Point of Care Capture of UDI for Implantable Devices final summary report and roadmap.
In September 2019, FDA announced its Technology Modernization Action Plan (TMAP).  The TMAP describes important near-term actions that FDA is taking to modernize use of technology—computer hardware, software, data and analytics—to advance FDA’s public health mission. The TMAP will provide a foundation for developing a more fluid, agile, and efficient FDA that is scaled to respond to novel technologies and a rapidly increasing workload.
The Unique Device Identifier (UDI) is comprised of 2 segments: UDI-DI (device identifier) – which identifies the make and model of the device PI (production identifier) – which includes lot, serial number and expiration date At a minimum, your Item Master should include:
Karen Conway, Vice President, Healthcare Value at GHX and Mike Schiller, Senior Director of Supply Chain at AHRMM discuss the value of UDI beyond regulations highlighting recall management and how manufacturers can help.   Also available as a podcast.
AHRMM Podcast on how supply chain should be interdepartmentally conversing to determine the handling of human-origin medical products and their UDIs.
Get the basics on what healthcare supply chain and manufacturers, together with clinical and IT departments, must do to implement the Unique Device Identifier and adverse event reporting, and the subsequent effects that will trickle-down to individual patients and the global health population.
Lana Makhanik and Peter Fiorentino discuss discus why Beth Israel Deaconess Medical Center is breathing easier after they overhauled their inventory management system using Ultra high frequency (UHF) radio-frequency identification (RFID) technology. Peter explains why they chose RFID, the success and benefits they have achieved, and lessons learned. Presenters: Peter Fiorentino, Materials Management Cardiology, Beth Israel Deaconess Medical Center and Lana Makhanik, COO, VUEMED, Inc.
Lana Makhanik and Peter Fiorentino discuss discus why Beth Israel Deaconess Medical Center is breathing easier after they overhauled their inventory management system using Ultra high frequency (UHF) radio-frequency identification (RFID) technology. Peter explains why they chose RFID, the success and benefits they have achieved, and lessons learned. Presenters: Peter Fiorentino, Materials Management Cardiology, Beth Israel Deaconess Medical Center and Lana Makhanik, COO, VUEMED, Inc.
This session explains the benefits of implementing the UDI such as immediate device status updates through collaboration with manufacturers and suppliers, increased patient care satisfaction, and how the data you collect can turn your analytics into strategic and critical business decisions. Learn the step by step process that FMOLHS used to implement UDI.
Hear one provider’s ongoing process of UDI implementation, from deciphering acronyms and educating interdepartmental staff, to working with vendors to redesign ERP software to meet FDA data capture and reporting regulations, all while creating procedures for others to follow.
In order to become data-driven organizations, healthcare providers need to leverage data standards and information technology. In the past, lack of standards across healthcare has been a major roadblock. However, numerous governmental and industry initiatives pursuing the adoption and implementation of supply chain standards across health IT systems are giving providers the opportunity to do just that. Standards lay the foundation for supply chain operations to leverage information technology to help transform healthcare providers into data-driven organizations.