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Azurion
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More than ever, hospitals must deliver measurable improvements in quality, efficiency, care continuity and cost reduction. The pace and complexity of technology change makes definitive decisions around capital spending to support these improvements even more difficult.
St. Antonius Hospital, a leading interventional institution, has delivered exemplary patient care for decades. They are recognized for their longstanding commitment to continuously improving the quality and efficiency of their healthcare services. However, increasingly complex procedures, unpredictable demand, and growing patient waiting time prompted them to look for ways to make more impactful clinical and operational improvements in their interventional labs. When the time came to replace one of their existing labs, their goal was to invest in a solution that would help them 1) improve quality of care, 2) maximize workflow efficiency, and 3) drive staff and patient satisfaction.
Azurion is the new-generation image guided therapy platform from Philips. St. Antonius was among the first hospitals world-wide to install the Philips Azurion suite. They participated in a comprehensive study to evaluate the impact of the new platform and its clinical workflow on their department.
Study results were verified by NAMSA, an independent third-party expert on study design and analytics, and revealed that St. Antonius achieved statistically significant improvements in workflow using Azurion. Optimizing in-lab patient preparation time, procedure time and post-procedure lab time enabled the hospital to treat more patients and achieve greater staff and patient satisfaction.
The Philips Azurion system enabled the hospital to achieve:
Improving the efficiency and quality of interventional procedures have been key drivers for Philips since creating the first interventional suites. Throughout the development of the Azurion system, Philips performed iterative feedback cycles with users to test and refine its new, more flexible workflow approach. Prior to launch, a study was conducted with clinical users in a simulated environment to evaluate the enhanced usability and workflow with impressive results1.
Finally, the Azurion system was installed at first-of-kind sites to closely monitor the system in clinical use. But did these innovations and iterations translate into economic proof of the impact of the Azurion system during everyday use? To prove this, Philips partnered with North American Science Associates, Ltd. (NAMSA), an internationally recognized leader in medical device-focused biostatistics, on a comprehensive study before and after installation of the new Azurion lab in St. Antonius Hospital. The study was designed to demonstrate the extent to which the system’s new user interface and advanced workflow led to a more efficient operation of the interventional suite.
A p-value of 0.05 means there is a very good chance — 95 per cent — that the difference in outcomes was not due to chance. If it is unlikely enough that the difference in outcomes occurred by chance alone, the difference is pronounced “statistically significant.”
Procedure time decreases in the St. Antonius workflow study had p-values of < 0.01 and are considered statistically significant.
In-lab patient preparation begins when the patient is brought into the lab, and ends when arterial access is gained. After installing Azurion, the interventional vascular department at St. Antonius showed a reduction in in-lab patient preparation time of 12%. A contributor to the improvement was the use of ProcedureCards.
ProcedureCards are digital cards containing pre-defined settings (including customized screen layouts for both exam room and control room), X-ray imaging parameters, and patient orientation for specific interventional procedures and users. At St. Antonius, hospital-specific clinical protocols and checklists, such as the department’s lab Time Out Procedure, were integrated into the ProcedureCards, reducing variability and ensuring the right documents were connected to specific procedures. Displaying this information on screen in the exam or control room further standardized workflow. One-click set up reduced patient preparation time and helped minimize preparation errors.
St. Antonius physicians perform a wide variety of complex interventional procedures. A system with intuitive workflow and easy-to-use controls to capture and manipulate clinical images can lead to shorter procedure times and result in more accurate patient scheduling blocks. Procedure time is defined as time when arterial access is gained until sheath removal. After installing Philips Azurion, the interventional vascular department of St. Antonius hospital showed a reduction in procedure duration of 17%.
Azurion’s intuitive user interface facilitated all three aspects of interventional workflow; efficiency, consistency and user interaction. An extensive user-centric design process ensured that the user interface would be easy to learn, use and remember. This intuitive workflow promoted steady and smooth movement through cases, improving efficiency and consistency by making it easier to see the information staff needed, when they needed it. One combined control module with one-button-one-function operation and backlit icons allowed physicians and radiographers to fully concentrate on the procedure rather than system navigation.
Clinical staff were able to configure unlimited screen layouts - even during procedures – using their high-resolution 58-inch LCD FlexVision Pro screen in the exam room.
With a single wireless mouse, clinical staff had full and flexible control of all connected applications, including PACS. Image capture with a single click, re-sizing of live images, measurements were also performed at tableside.
Software tools designed to improve efficiency and image guidance were also easily accessed with the FlexVision Pro. The Touch Screen Module Pro (TSM Pro) enabled St. Antonius lab staff to pinch, zoom, pan and flag images for processing, collimate on a clinical image with one finger, and store and recall system positions with easy, tablet-like navigation. With the flexibility to view clinical images at the side or foot of the table, less bending and stretching was required for radiographers to see around drip stands and other lab equipment.
Within the control room, the fully-integrated FlexSpot gave interventional lab staff effortless access to all connected applications (including external sources), with one mouse and keyboard eliminating the need to switch between different applications and workstations.
The flexibility of the system enables us to easily make adjustments and work according to the personal preferences of the physician. We can pre-program these preferences in the ProcedureCards, so with one-click the system is ready to start the procedure according to their preferred way of working.”
Pauline Vernooij, Interventional Technologist,
St. Antonius Hospital, Utrecht/Nieuwegein, The Netherlands.
Microbes in the air of the operating room or interventional lab can be an important source of pathogens resulting in wound infections. Limiting traffic in the treatment area is essential to reducing airborne bacteria. Literature shows that sterility is directly related to the amount of movement between exam and control room2,3. By allowing full tableside control, Azurion’s FlexVision Pro and TSM Pro solutions reduced the necessity of team members moving in and out of the sterile area during procedures.
Philips used the location data captured in both the pre- and post-installation phases to quantify how the use of these features decreased unnecessary movement of physicians and nurses between the exam room and control room and saved procedure time. After installing Azurion in the interventional vascular department of St. Antonius, staff movement between the exam room and control room was reduced by 29%.
Longer than necessary post-procedure activities delay the start of the next procedure and contribute to patient wait time. Post-procedure measurement starts with sheath removal and ends when the patient leaves the exam room. After installing Philips Azurion, the interventional department at St. Antonius showed a reduction in post-procedure lab time of 28%.
Through the Instant Parallel working function, used in 77% of exams, the Azurion system allowed interventional lab staff to work independently and together in the exam room and control room, without interrupting each other or waiting on a team member to finish a task. Clinical staff in St. Antonius could review patient information, review and process past and current images, and perform quantitative analysis without impacting the live case. The department also increased usage of the 2D-QA tool by 44%. Hospital staff noted higher throughput and faster exam turnover without compromising quality of care.
In addition to access to the latest technology, hospitals have recognized the importance of using process optimization and deep analytic capabilities to radically increase efficiency and competitiveness. To further enhance the benefits already achieved with the Philips Azurion system, a detailed analysis of procedural data and interventional department workflow was performed by the Philips team to identify and address key challenges “beyond the system” in areas such as facility design, staff and patient scheduling, information flow, and patient transport.
Comprehensive procedure and system data was combined with analysis of the facility layout to identify opportunities to optimize workflow around the interventional lab. Infrequently used space was reimagined to create a holding area to reduce patient stress and provide a nearby reading/reporting area to allow physicians to remain in close proximity to the lab.
St. Antonius and Philips worked together to define improvement opportunities; co-creating scenarios for implementation and prioritization. The cooperation resulted in the start-up of improvement initiatives with St. Antonius-led teams.
Interventional procedures are growing in both mature and emerging markets. However, more complex interventional procedures like TAVR and Embolization are growing at a faster rate. As a result, interventional departments will have more patients to treat with longer average procedure times. To prepare for this future demand, hospital administrators need to find ways to both optimize clinical workflows and maximize the use of their limited facility space in the near term. Efficient operations supported by a system with time-saving features will enable this growth of minimally invasive procedures.
Example: A baseline of 300 EP procedures in 2014 will grow to an estimated 590 procedures by 2024 in a mature market.
With the Azurion system, we were able to change our workflow in such a way that we now can do more patients in a single day, resulting in more patients a week, resulting in more patients per year, with no compromise to patient safety or quality of care.”
Marco van Strijen, MD, Interventional Radiologist,
St. Antonius Hospital, Utrecht/Nieuwegein, The Netherlands.
The success achieved was possible due to the deep and trusted partnership we have with Philips. The Azurion installation provided our interventional team the opportunity to evaluate our existing processes and standardize workflows. This helped us make tangible and significant operational improvements in the short-term, and fostered a continuous improvement culture amongst the team. The positive impact on patient and staff satisfaction further contributes to our reputation as a leading vascular institute.”
Wout J. Adema, CFO,
St. Antonius Hospital, Utrecht/Nieuwegein, The Netherlands.
