PHOREVER Project publication explores machine learning for pancreatic cancer classification
A recent open-access study published in Frontiers in Oncology highlights a novel, non-invasive approach for classifying pancreatic neoplasms using machine learning and plasma-derived extracellular vesicles (EVs). The research, led by teams from the National and Kapodistrian University of Athens and the University of Ioannina, was supported by the PHOREVER project and aligns directly with its […]
PHOREVER Project at the Gordon Research Conference on Physics and Chemistry of Microfluidics
We’re proud to share that the PHOREVER Project was recently represented at the Gordon Research Conference on Physics and Chemistry of Microfluidics, held in Lucca, Italy, from June 1–6, 2025. Our partner CSEM presented a poster titled “Stand-alone platform for time-effective early detection of sepsis”, with researcher Giorgio Brero showcasing the results of work carried […]
New PHIX Blog Post for PHOREVER Project
We’re excited to highlight a new blog post from our partner PHIX Photonics Assembly, showcasing their latest advances in medical diagnostics developed within the PHOREVER project. With existing diagnostic tools struggling to detect EVs smaller than 150 nm, the PHOREVER platform introduces a compact, cost-effective device that combines: Flow Cytometry (FCM) for particle detection and classification, […]
PHOREVER at the 13th Congress of the Hellenic Society of Flow Cytometry
The PHOREVER Project was proudly represented at the 13th Congress of the Hellenic Society of Flow Cytometry, which took place from 2–4 May 2025 at the Olympic Museum in Thessaloniki, Greece. Our partners, Ioanna Angelioudaki and Agapi Kataki, participated actively in the congress, delivering a lecture during a Satellite Symposium sponsored by SB Bioanalytica. Their presentation […]
PHOREVER Project at Photonics West 2025
The PHOREVER Project participated in SPIE Photonics West with a poster presentation entitled “Development of 3D-printed micro-lenses at the edge of waveguides of flow cytometry and optical coherence tomography photonic integrated circuits” by Adamantia Maria Grammatikaki (Paper No. 13369-79). The presentation took place on January 29, 2025. Flow Cytometry (FCM) played a crucial role in […]
PHOREVER Project at ATHENS DIGITAL HEALTH WEEK
PHOREVER Project participated at Athens Digital Health Week 2025 which was held from 27 – 31 January 2025. More specifically on Wednesday 29 January under the workshop “Digital Transformation in Healthcare delivery”, Vassilis Katsigiannis from ICCS presented the PHOREVER Project. This workshop aimed to explore how digital technologies are transforming healthcare services, focusing on both […]
PHOREVER Project at Transformation of the Health Care Delivery through e/m Health Services
We are thrilled to announce the participation of the PHOREVER Project in the workshop “Transformation of the Health Care Delivery through e/m Health Services” at MDTWeek. This project stands at the forefront of cutting-edge advancements in health technology, particularly in the realms of stroke and pancreatic cancer detection. At the workshop, Professor George Matsopoulos from the […]
PHOREVER 1st Period Review Meeting
Excited to share that the 1st Period Review Meeting of the PHOREVER Project took place online on June 3, 2024. The meeting was successful, highlighting significant progress and key achievements of the PHOREVER Project. A big thank you to the incredible team for their dedication and hard work. We look forward to continuing our journey […]
PHOREVER 2nd Plenary Meeting
The 2nd PHOREVER Plenary meeting took place from Thursday 18th to Friday 19th. Partners met at the AMC premises in Amsterdam to discuss project developments and future steps. Stay tuned for more news and updates!
1st PHOREVER Plenary Meeting
The 1st PHOREVER Plenary Meeting was completed successfully on 8th September 2023. The meeting was a 2-day event and took place at CSEM premises in Switzerland. The partners got together and discussed the project’s progress and the goals to be met.
