PICCOLO Dissemination Risk Assessment
BIOEF, as responsible for the compliance of the ethical aspects of the consortium, has overseen the generation of the Risk Analysis Report, which is a great achievement for the PICCOLO project Learn more
BIOEF, as responsible for the compliance of the ethical aspects of the consortium, has overseen the generation of the Risk Analysis Report, which is a great achievement for the PICCOLO project Learn more
a multidisciplinary team of technical and clinical experts to develop an innovative endoscope to improve the diagnosis and prognosis of colorectal cancer
the EU’s research and innovation programme, PICCOLO aims to boost early detection and reduce diagnostic time of colorectal cancer
About
Piccolo
Early and accurate diagnosis and precise intervention can increase cure rate up to 90%. Improved diagnostic techniques with enough sensitivity and specificity are required to allow image-guided optical biopsy for in situ diagnosis, safe characterisation and resection of lesions during clinical practice interventions.
Read MoreScientists of the PICCOLO consortium met to discuss the next phase of the project.
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We are delighted to announce a press release, outlining the project scope and benefits to...
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For our kickoff meeting, representatives from all nine partners met at the co-ordinator’s...
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Projects public datasets, as described in the results catalogue, are available to be...
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A paper entitled “Analysis on the characterization of multiphoton microscopy images for...
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A paper entitled “Medical needs related to the endoscopic technology and colonoscopy for...
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A paper entitled “Characterization of Optical Coherence Tomography Images for Colon Lesion...
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A paper named “Autofluorescence Image Reconstruction and Virtual Staining for In-Vivo...
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The aim of the PICCOLO project has been the development of a fully functional wide-field...
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The final review of the project was celebrated online the 13th of January due current...
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Piccolo project successfully finished in September 2020 thanks to the strong commitment...
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The PICCOLO White-Light and Narrow-Band Imaging Colonoscopic Dataset has now its own entry...
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As part of the commitment of the PICCOLO project to make openly accessible scientific...
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The endoscopic optical coherence tomography system provides live OCT images from the end...
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A very small probe (external diameter 3.5 mm) has been designed to fit the working channel...
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In the PICCOLO project we have developed a deep learning model that is capable of...
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A deep learning model for the automatic classification of murine OCT images as benign...
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Virtual staining model allows transforming autofluorescence images into H&E images that...
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Haematoxylin-Eosin (H&E) image classifier allows malignancy detection over histopathology...
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Constellation loss is a function that optimizes a deep learning classifier with very few...
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As part of the commitment of the PICCOLO project to make openly accessible scientific...
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As part of the commitment of the PICCOLO project to make openly accessible scientific...
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Safety tests for the Multi-photon tomography (MPT) part of the PICCOLO system has been...
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Short video presenting the first induced colonic hyperplasia model in rats for endoscopic...
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Times of crisis require the use of modern solutions. For this reason, the 8th and last...
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Video offering a general overview of the project. The first of a series of videos that...
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PICCOLO consortium has registered a patent (n. EP19383170.8) under the name “Method,...
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The Piccolo consortium members met in Cáceres to hold the 7th face-to-face meeting.
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The Centro de Cirugía de Mínima Invasión Jesús Usón (CCMIJU), a member of the PICCOLO...
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Constellation loss is a publication on how to better train deep learning classification...
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The JUMISC has performed the third clinical workshop in the frame of the course entitled...
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A team of the Jesús Usón Minimally Invasive Surgery Centre (JUMISC) has performed the...
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Preclinical study on fluorescence imaging with KARL STORZ equipment at CCMIJU, Cáceres...
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The 6th project face-to-face meeting recently took place in Tuttlingen (Germany), the...
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A member of PICCOLO team presented our work on few-shot learning in histopathological...
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The Jesús Usón Minimally Invasive Surgery Centre has performed a clinical workshop to...
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Usage of the Multi-photon (MPT) laser technology at the PICCOLO project. The laser...
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The 5th project face to face meeting has taken place in Cáceres (Spain). The first...
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During the last week of November, Light4Tech, LENS, Tyndall, M2Lasers and Tecnalia have...
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A Risk Analysis has been done within the framework of the PICCOLO project to guarantee the...
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The OSI Bilbao-Basurto (Osakidetza/BIOEF) has started the collection of routine...
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Project partners reviewed the current state of the development, results, deliverables and...
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Meeting at LENS, the European Laboratory for Non-Linear Spectroscopy, progress for the...
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Scientists of the PICCOLO consortium met to discuss the next phase of the project.
Read More
We are delighted to announce a press release, outlining the project scope and benefits to...
Read More
For our kickoff meeting, representatives from all nine partners met at the co-ordinator’s...
Read More
Projects public datasets, as described in the results catalogue, are available to be...
Read More
A paper entitled “Analysis on the characterization of multiphoton microscopy images for...
Read More
A paper entitled “Medical needs related to the endoscopic technology and colonoscopy for...
Read More