Learning Hub

Learning Hub Explore resources to help you understand and manage psoriatic arthritis. Learning hub Key Facts Handbook News Feed Quizzes Search What causes psoriatic arthritis? See related Handbook section PREVIOUS NEXT

< BACK The iPROLEPSIS Learning Hub Has Been Renewed Oct 14, 2025 A refreshed space to learn more about psoriatic arthritis The iPROLEPSIS Learning Hub has been renewed with a new design, structure, and additional content to make exploring its materials more intuitive and engaging. The updated platform offers accessible information and practical resources related to psoriatic arthritis , supporting users who wish to learn more about the condition and its management. Explore resources on psoriatic arthritis The renewed Learning Hub brings together several sections that guide visitors through different aspects of the condition: Psoriatic Arthritis Handbook – an overview of psoriatic arthritis, including symptoms, diagnosis, and management. Key Facts – short explanations and definitions to help understand key topics. Interactive Quizzes – quick checks to support learning in an engaging way. News Feed – a selection of updates and materials from external, recognised sources. A space to learn and stay informed The Learning Hub offers a simple way to explore information about psoriatic arthritis and to learn more about its characteristics, treatment approaches, and impact on daily life. Visit the renewed Learning Hub : https://www.iprolepsis.eu/learning-hub-new iPROLEPSIS_Learning Hub.png iPROLEPSIS_Learning Hub.png 1/1 PREVIOUS NEXT

< BACK iPROLEPSIS Lifestyle Recommendation Engine Co-Creation Insights Nov 12, 2024 User-Centered Development of the iPROLEPSIS Lifestyle Recommendation Engine The iPROLEPSIS project recently hosted its first co-creation session focused on refining the Lifestyle Recommendation Engine for individuals with Psoriatic Arthritis (PsA). This online session brought together a diverse, multidisciplinary group of 20 participants, including patient research partners from Portugal, The Netherlands, the UK, and Greece, along with clinicians, researchers, and developers from the iPROLEPSIS consortium. During the session, participants explored mockups and initial prototypes for nutrition and physical activity recommendations, offering valuable insights that guide iterative development towards a more user-centred and impactful design for the iPROLEPSIS Lifestyle Recommendation Engine. Purpose and Approach This collaborative effort aimed to improve the iPROLEPSIS Lifestyle Recommendation Engine, ensuring that it is user-centred and impactful. The session included detailed presentations of mockups and prototypes, followed by discussions where participants shared their perspectives and feedback on the nutrition and physical activity guidelines. Key Findings Strengths Clear Presentation: Participants appreciated the clarity of the nutrition and exercise recommendations, especially the structured breakdown of weekly meal plans and exercise intensity levels, which allowed for easy tailoring to user capabilities. User-Friendly Exercise Recommendations: Including exercise intensity was highly valued, helping users to select routines suitable to their abilities. Areas for Improvement Portion Sizes and Meal Timings : Participants recommended clearer definitions for portion sizes and specific guidance on meal timings to better support daily routines. Household Measurements : To improve accessibility, participants suggested including household measurements for ingredients, making recipes easier to follow. Cultural and Dietary Preferences : The inclusion of various cuisines, dietary options (e.g., vegetarian, gluten-free), and meal preparation cost considerations were recommended. Suggestions for Future Development Customizable Meal Plans : Participants supported options for users to create or choose from curated meal plans, along with suggested recipes for variety and personalisation. Enhanced Accessibility in Physical Activity : The need for exercise recommendations catering to different mobility levels was emphasised, with suggestions for low-intensity options for users with limited physical capacity. Safety Information and Usability : Feedback supported the inclusion of safety information for users with joint conditions and clarity enhancements in the app's design, particularly in colour-coding for specific goals. Interactive Goal Setting : Participants supported the inclusion of features for progress tracking and personalised goal setting to motivate users and enhance engagement. Participant Feedback and Satisfaction Participants expressed high satisfaction, particularly with the session’s structure and the collaborative nature of the discussion. Many appreciated the online format, which improved interaction. Looking Ahead The valuable feedback gathered will guide further development, ensuring the Lifestyle Recommendation Engine meets diverse user needs. Future iterations will aim to incorporate additional user-friendly features, making it easier for individuals with PsA to access personalised nutrition and physical activity recommendations tailored to their unique health goals and lifestyle preferences. 1/3 PREVIOUS NEXT

< BACK iPROLEPSIS presented at the 2024 HIMSS European Health Conference Jun 11, 2024 Showcasing AI-Based Solutions for Psoriatic Arthritis Care Our project partner, PLUX Biosignals , participated in the 2024 HIMSS European Health Conference and Exhibition , where they showcased the innovative work of the iPROLEPSIS project, developing a novel personalised digital care ecosystem for people with psoriatic arthritis. The 2024 HIMSS European Health Conference and Exhibition was a major event for the European digital health community, bringing together approximately 2,500 healthcare executives, practitioners and professionals from 84 different countries in Rome. Held from May 29 to 31, the conference showcased the latest advancements in healthcare technology and provided a platform for critical discussions on the future of digital health in Europe and worldwide. HIMSS24 Europe addressed the region’s strategic initiatives in digital health, including the AI Act and the European Health Data Space, which aim to position Europe as a leader in digital health. HIMSS_iPROLEPSIS (2).jpg HIMSS_iPROLEPSIS (1).jpg HIMSS_iPROLEPSIS (2).jpg 1/2 PREVIOUS NEXT

< BACK DHU extends Call for Twinnings Deadline until October 13! Sep 20, 2023 DigitalHealthUptake (DHU) project has extended the submission deadline of the twinning applications In a move that promises to fuel innovation and support the acceleration of digital health initiatives, we are thrilled to announce that our synergy partner project, the DigitalHealthUptake (DHU) project, has extended the submission deadline of the twinning applications until October 13, 2023. Why apply for the DHU Call for Twinnings? Participating in the DHU Call for Twinnings offers a multitude of advantages: Knowledge Exchange: Engage in fruitful knowledge sharing with fellow innovators, gaining fresh insights and perspectives. Access to Innovative Solutions: Unlock the door to cutting-edge digital health solutions that can revolutionise healthcare in Europe. Networking Opportunities: Connect with a diverse and influential network of industry experts, thought leaders, and change-makers. Funding for Transformation: Access financial support to implement transformative digital applications, accelerating progress and impact in the health and care domain. What types of twinnings are being funded? Citizen/patient-focused twinning topics: Digital tools to support health education (health literacy), digital health literacy mHealth systems, wearable devices for monitoring and prevention, alerts, reminders Digital tools to support patient feedback and reporting of outcomes and experiences Digital tools to support proactive prevention, self-management, homecare, telemonitoring Tele-mentoring/coaching, virtual consultations, virtual coach, personal assistant ICT supporting adherence to medication and care plans Robotics (e.g., companion robots) Use of digital therapeutics Tools and services supporting independent living, ambient assisted living technologies, telecare Care practitioner-focused twinning topics: Advanced digital tools to support Integrated Care, including integration of health and social care services Interoperable digital solutions to support person-centred and integrated care Regional and national Electronic Health Record (EHR) systems and ePrescription solutions enabling person-centred care Regional, national and local Electronic Integrated Care Record (EICR) systems, integration of EHR and social care records Digital shared care plans (e.g., support to multi-disciplinary team(s)) Decision support for multi-morbidity and polypharmacy management ICT support for management of frailty ICT support for falls prevention eLearning to support workforce development for person-centred integrated care Important links Ready to take the next step? Here are some crucial links you'll need: How to apply: Access the application form here . Q&A document: Got questions? Check our Q&A document for answers. Webinar recording: Missed our informative webinar on the call? No problem! You can watch the recording here. Don't miss out on this opportunity to accelerate digital health solutions in Europe. Apply now! News & Events iPROLEPSIS - events.png News & Events iPROLEPSIS - events.png 1/1 PREVIOUS NEXT

< BACK iPROLEPSIS Plenary meeting Jun 22, 2023 iPROLEPSIS Consortium Partners Meet in Lisbon to Plan Next Steps The iPROLEPSIS consortium partners gathered in Lisbon, Portugal on June 20-21 for the 2nd Plenary meeting to review the progress and achievements of the project's work packages and plan the next steps. Over the course of two days, the consortium partners engaged in three productive workshops, each focusing on key aspects of the iPROLEPSIS project: Data Collection and Digital Biomarkers: The first workshop delved into the vital task of data collection and the development of digital biomarkers. Attendees discussed the identification of sensor and user data to be collected, including accelerometer/gyroscope data. Additionally, they explored algorithms for identifying inflammation drivers and defined user profiles to enhance personalized healthcare. System Architecture and Cloud Back-end: The second workshop centered around system architecture. The consortium partners discussed the key components of the system, including the orchestrator, and addressed critical aspects such as data management infrastructure and monitoring of app performance issues. miPROLEPSIS App and Serious Games: The third workshop involved a dynamic co-creation session, bringing together clinicians, patients, researchers, and developers. Focusing on the miPROLEPSIS app and serious games, participants explored various areas such as system architecture, key components, data management infrastructure, and app performance monitoring. The adoption of the "Crazy 8s" technique allowed for the rapid generation of a diverse range of ideas. During the third workshop patient representatives joined the session. Their valuable input and perspectives are crucial for understanding the specific needs and requirements of those who will benefit from our iPROLEPSIS project. By actively involving patient representatives, we can ensure that our solutions are truly patient-centric and tailored to their experiences and challenges. The iPROLEPSIS consortium is excited about the progress made during this meeting and is now equipped with a comprehensive plan for the next steps of the project. 3-1.jpg 3-1.jpg 1/1 PREVIOUS NEXT

< BACK iPROLEPSIS digital ecosystem's architecture Oct 5, 2023 iPROLEPSIS ecosystem's architecture: a glimpse into technical progress One of the main objectives of the iPROLEPSIS project is to provide a digital health ecosystem to support healthcare professionals in disease screening, monitoring, and treatment while empowering individuals with/at risk of Psoriatic Arthritis with personalised insights and preventive interventions. In September 2023, the project’s technical partners introduced the first version of the iPROLEPSIS ecosystem architecture , including the initial technical specifications and product backlog. __________________ Amalia Ntemou from Netcompany-Intrasoft , consortium partner leading technical specification, system architecture and product backlog task within iPROLEPSIS, shares insights on the latest updates on the iPROLEPSIS ecosystem architecture. The first version of the iPROLEPSIS ecosystem's architecture and technical specifications has been defined. Can you explain the importance of this achievement in the project's development process? One of the main objectives of the iPROLEPSIS project is to provide a digital health ecosystem to support healthcare professionals in disease screening, monitoring, and treatment, while empowering individuals with/at risk of PsA with personalised insights and preventive interventions. The design of the architecture and the definition of functional and non-functional requirements are essential for the successful implementation of the iPROLEPSIS ecosystem as it constitutes a clear and comprehensive guide for partners’ development efforts. Various systems’ elements, components, connectors, processes and interactions are illustrated thereby enabling common understanding among project’s partners and adherence to common approaches and specifications that promote effective collaboration and delivery. A well-defined architecture with clear functional and non-functional requirements can be the basis for delivering sustainable solutions. What are the main components of the iPROLEPSIS digital ecosystem to be developed? The initial conceptual architecture of the iPROLEPSIS ecosystem consists of the miPROLEPSIS patient mobile app (including the embedded subcomponent/feature biAURA), the iPROLEPSIS healthcare professionals (HCP) web app , the cloud-based Data Management System , the AI-driven Lifestyle Recommendation Engine , the xAI-driven Models Engine and the Serious Games Suite . Finally, the operation of the entire system is supported by the Orchestration and Monitoring component . For whom is the iPROLEPSIS ecosystem specifically intended, and how does it cater to their unique needs? Patients are the primary users of the miPROLEPSIS patient app which is the tool for personalised disease monitoring. The miPROLEPSIS patient app operates as a tool for capturing data from sensors and wearable devices, as well as communicating feedback from the recommendation engine to the user. The miPROLEPSIS patient app incorporates additional applications/features (e.g., biAURA, keyboard etc.) for further monitoring of patients’ conditions, interventions and engagement hooks. Via the miPROLEPSIS HCP app, doctors and health care professionals are able to track their patients’ health status, review projections of the PsA progression, and utilise recommendations of optimised personalised suggestions towards a better management of PsA. Aggregated patients’ data about their health status, and outcomes of the xAI Models Engine are displayed intuitively and informatively to HCPs through dashboards. Doctors can monitor patients’ adherence to medical, dietary, and physical activity plans and issue warnings and notifications or adjust treatment regimens. In this way, accurate interventions are supported, while efficient and optimized management of PsA patients’ needs can be achieved and communicated to fellow colleagues and related stakeholders. What was the main focus while designing the iPROLEPSIS ecosystem architecture? The iPROLEPSIS digital health ecosystem serves as the enabler for personalised preventive care and the empowerment of citizens, patients and Healthcare Professionals (HCP). This emphasis on personalisation and empowerment guided the collection and definition of functional and non-functional requirements, as well as the internal architecture of components and technical specifications. Ultimately, these efforts led to the design of the ecosystem’s architecture. Have any methodologies been used in designing the iPROLEPSIS ecosystem architecture, and why is it important to use them? To organise the design and architecture of the iPROLEPSIS ecosystem, several established frameworks/methodologies were evaluated based on a thorough literature review in order to conclude to a framework that provides a holistic and comprehensive view of a software system’s architecture. Finally, we used a widely known methodology developed in 1995 by Kruchten , due to its ability to offer a structured approach to the system’s design, enabling multidisciplinary teams to represent different aspects of the system effectively and in detail. Utilising already established methodologies and following best practices, enhances efficiency, reduces risks, leads in better design decisions and contributes to overall success of the project. As the project progresses, how will the architecture and product backlog be refined and adapted during the development phases of the iPROLEPSIS? Development and establishment of the iPROLEPSIS digital health ecosystem is an ongoing process that runs approximately until the end of the project. Technical testing and verification of new versions of ecosystem’s components, as well as the monitoring of their performance and stability once released to users, have also been considered. The outcomes of development and monitoring processes will continuously populate the product backlog, representing the changing needs and priorities as the development of the components progresses. All updates and enhancements will lead to a refined version of the architecture and a fully operational iPROLEPSIS ecosystem. Stay tuned as we embark on this transformative journey towards a brighter future in Psoriatic Arthritis management! News & Events iPROLEPSIS - news.png News & Events iPROLEPSIS - news.png 1/1 PREVIOUS NEXT

Learning Hub Explore resources to help you understand and manage psoriatic arthritis. Learning hub Key Facts Handbook News Feed Quizzes Search What are the symptoms of psoriatic arthritis? See related Handbook section PREVIOUS NEXT

< BACK Designing Exergames for Psoriatic Arthritis: The Spy and Zen Forest Paradigms Feb 4, 2026 New iPROLEPSIS publication presents the co-design of exergames to support physical activity and rehabilitation in psoriatic arthritis A new publication from the iPROLEPSIS project has been published in the proceedings of the 2025 IEEE International Conference on E-health Networking, Application & Services (HealthCom) . Psoriatic arthritis (PsA) is a rheumatic disease affecting the skin and joints and is commonly associated with stiffness, impaired mobility, and chronic pain. In addition to biological treatments, physiotherapy and exercise are often recommended to improve range of motion and physical function. However, low adherence, high costs, and limited engagement frequently reduce the effectiveness of these interventions. The paper presents the design of two exergames – The Spy and Zen Forest – developed as accessible digital tools to complement traditional rehabilitation approaches. Exergames embed therapeutic movements into game mechanics, supporting motivation and consistency in physical activity. Both games were co-designed with 29 experts , including patients with psoriatic arthritis, clinicians, researchers, and technical stakeholders, to ensure alignment with clinical goals, patient needs, and safe physical engagement. In The Spy , players complete physically engaging missions designed to stimulate dynamic body movement and support coordination, mobility, balance, strength, and flexibility. Zen Forest focuses on slow, calm stretching routines inspired by Pilates and Yoga, promoting flexibility, relaxation, and body awareness. Together, the exergames aim to support personalised activity routines and enable clinicians to monitor progress and recommend tailored interventions. Read the full publication: https://zenodo.org/records/18468928 iPROLEPSIS_Zen and Spy.png iPROLEPSIS_Zen and Spy.png 1/1 PREVIOUS NEXT

< BACK iPROLEPSIS Kick-Off Meeting Jan 8, 2023 iPROLEPSIS, a four-year Horizon Europe project on AI-enabled Psoriatic Arthritis screening, monitoring, and care, kicked off. iPROLEPSIS, a four-year H orizon Europe project on AI-enabled Psoriatic Arthritis screening, monitoring, and care, kicked off. Our consortium partners met in Thessaloniki, Greece, and during a two-day event laid the groundwork for this exciting research and innovation venture. The focus was placed on the four clinical studies that will be conducted in the project. News & Events iPROLEPSIS.png News & Events iPROLEPSIS.png 1/1 PREVIOUS NEXT

< BACK iPROLEPSIS Project Presented to Sonova International Sep 10, 2024 Innovative Approaches in Digital Biomarkers In September 2024, the iPROLEPSIS project was presented at a meeting with Sonova International. This event included a series of insightful presentations, highlighting the project's focus on developing digital biomarkers. The iPROLEPSIS concept and vision were shared, showcasing the innovative approaches the project is undertaking. We extend our gratitude for the engaging discussions during the “Sonova-AUTH Day,” hosted by the Signal Processing & Biomedical Technology Unit at Aristotle University of Thessaloniki. The event featured a range of topics, including advancements in digital biomarkers, innovations in hearing instruments by Sonova Group, ear-EEG technology, auditory processing disorders, and insights into the hearing aid market in Greece. 1/2 PREVIOUS NEXT

< BACK ChatGPT in Nutrition: Trends, Challenges and Future Directions Jun 27, 2024 Exploring the Role of AI in Shaping the Future of Personalised Nutrition Introducing our latest iPROLEPSIS publication, "ChatGPT in Nutrition: Trends, Challenges, and Future Directions" , presented at PETRA 2024. This study explores the evolving role of AI in personalized nutrition. Abstract: A healthy and balanced diet is of paramount importance to the physical and psychological well-being of an individual, since unhealthy dietary choices have been linked with the occurrence of non-communicable diseases. Recent technological advances has led to the development of large language models, such as ChatGPT that has been widely adopted as a convenient tool for creating meal plans and obtaining nutritional information. This work aims to provide a thorough review of the scientific work performed so far regarding the use of ChatGPT in the field of nutrition. In this survey, the advantages and limitations of ChatGPT in different aspects of nutrition are pinpointed, while the challenges from the use of ChatGPT in nutrition are identified and discussed. Future research directions are also proposed to assist researchers towards the development of more effective nutrition recommendation systems. Read the full publication: https://zenodo.org/records/13142880 ChatGPT in Nutrition .pdf Download PDF • 620KB 1/1 PREVIOUS NEXT