Personalized Clinical Management Of Endometrial Cancer Using Liquid Biopsy, Genomics And Artificial Intelligence

ECLAI

Duration

3 years

Website

http://bit.ly/4kAgkUl

Partners

5 partners

Budget

€1 million

Description

ECLAI is a project initiated by CIBERONC as part of the international ERA PerMed JTC2021 call and supported by the Spanish Association Against Cancer. This project aims to personalise the clinical management of advanced endometrial cancer (EC) by combining liquid biopsy, genomics and artificial intelligence, with the ultimate goal of improving the life expectancy and quality of life of patients with EC who currently have limited clinical options. It is led by Dr. Gema Moreno-Bueno, CIBERONC IP at the UAM and MD Anderson Foundation, and Dr. Laura Muinelo, a CIBERONC researcher in the group of Rafael Lopez at the U. de Santiago Hospital. It is supported by international institutions in Poland (Medical University of Lubin), Norway (University of Bergen) and Estonia (Centre on Health Technologies).

MATICAL’s role

Proposal writing

Programme / Type

ERA PerMed | JTC2021 | Transnational Research Projects on Personalized Medicine

Area

Oncology, liquid biopsy, genomics, AI, personalized medicine

Ready to elevate your innovation journey?

Let us guide you

The process

Description

MATICAL’s role

Proposal writing

Programme / Type

ERA PerMed | JTC2021 | Transnational Research Projects on Personalized Medicine

Area

Oncology, liquid biopsy, genomics, AI, personalized medicine

Let's innovate with purpose!

We bring structure to complex ideas. With a decade of experience and a track record of success across multiple sectors, we help our partners secure funding, accelerate growth, and deliver results that endure. Whether you’re developing breakthrough technologies or advancing science, we’re here to help you make it happen.

Partners & Collaborative Networks

We support leading international industries, disruptive start-ups, and cutting-edge research organizations in their innovation and R&D, particularly in healthcare, green energy, new materials, environmental sciences, and computing technologies.