An on-line presentation on the AGEment project results
AGEment (European Cultural Heritage and Active Ageing) Project, cofunded by the Erasmus+ Programme of the UE, has focused on sensitizing the senior adults to an active ageing through multimedia contents related to Intangible Cultural Heritage in Europe and the promotion of their wellbeing. Next 26th March, at 10 am. an on-line event to present the […]
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Access to open Human Model In-vivo Wide-field Database
The PICCOLO White-Light and Narrow-Band Imaging Colonoscopic Dataset has now its own entry in Zenodo, a general-purpose open-access repository developed under the European OpenAIRE program and operated by CERN. The database is hosted by the Basque Biobank and can be accessed upon request here. This dataset comprises 3433 manually annotated images (2131 white-light images 1302 […]
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CCMIJU leads an European Project based on mixed reality and 3D printing applied to medical education
The CCMIJU Foundation leads a European consortium of 9 partners from Spain, Norway, Netherlands, Romania and Greece to carry out the Research Project entitled “Mixed Reality in Medical Education Based on Interactive Applications“-MIREIA, funded by the Erasmus+ Programme – Key Action 2 (KA2): Cooperation for innovation and the exchange of good practices – Knowledge Alliances. […]
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We are looking for volunteers to validate a learning platform in the framework of EASIER project
The EASIER Project “Technology-enhanced learning of surgical and interventional technical and non-technical skills”, co-founded by the Erasmus + Program of the UE, introduces an innovative paradigm for online learning of minimally invasive surgery (MIS). We provide the tools to create pedagogically curated learning courses where students can train both their technical and nontechnical skills. Our […]
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Project results short video series: Human model in-vivo wide-field DB & algorithm
As part of the commitment of the PICCOLO project to make openly accessible scientific data, a Human model in-vivo Wide-field database has been generated for its publication. The dataset consists of white light/NBI images from clinical colonoscopy videos acquired in 48 human patients. For each lesion, the number of polyps of interest, their size and […]
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Project results short video series: Murine model ex-vivo OCT database
As part of the commitment of the PICCOLO project to make openly accessible scientific data, a Murine model ex-vivo OCT database has been generated for its publication. With 940 C-scans volumes and over 260,500 B-scan images, the database contains murine samples from healthy tissue, hyperplastic polyps, neoplastic polyps and unknown (polyp adjacent) tissue. This novel […]
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Multi-photon laser Safety tests
The third week of July 2020 the safety tests for the Multi-photon tomography (MPT) part of the PICCOLO system took place at the CCMIJU in Caceres, to evaluate the phototoxicity of the laser light in the tissue. Twelve rabbits were used for the tests, operated on to expose the descending colon and put the probe […]
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The first induced colonic hyperplasia model in rats for endoscopic applications
This research, in the framework of the Piccolo project, has successfully developed a preclinical model of Colonic Hyperplasia in the species “Rattus Norvegicus” that recreates important characteristics of human hyperplasia such as the generation of new cells in the colonic mucosa and tissue growth, as well as the corresponding angiogenesis. The creation of these growths […]
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Workshops on Robotic Surgery with experimental models
This year, CCMIJU, in its line to innovate and boost training in collaboration with enterprises and hospitals from everywhere, has organised some new hands-on and customised workshops with robotic technology, expected for 2020 last term. Specifically CCMIJU is going to organise, in collaboration with the Enterprise ABEX-Excelencia Robótica SL, some workshops on Robotic Surgery (da […]
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El Centro de Cirugía de Mínima invasión invertirá 7.345.300 € en el desarrollo de nuevos robots quirúrgicos.
El CCMIJU ha resultado beneficiario del Programa de Compra Pública Innovadora FID-CPI del Ministerio de Ciencia e Innovación y con el apoyo de la Consejería de Economía, Ciencia y Agenda Digital de la Junta de Extremadura, para el desarrollo del proyecto TREMIRS “Sistemas de cirugía robótica de mínima invasión” destinados a mejorar las técnicas actuales […]
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