{"id":24312,"date":"2023-12-04T12:12:00","date_gmt":"2023-12-04T12:12:00","guid":{"rendered":"https:\/\/cit.upc.edu\/?post_type=portfolio&p=24312"},"modified":"2025-11-27T11:37:24","modified_gmt":"2025-11-27T11:37:24","slug":"be-light-noves-eines-de-fotonica-i-intelligencia-artificial","status":"publish","type":"portfolio","link":"https:\/\/cit.upc.edu\/ca\/portfolio-item\/be-light-noves-eines-de-fotonica-i-intelligencia-artificial\/","title":{"rendered":"BE-LIGHT: Noves eines de fot\u00f2nica i intel\u00b7lig\u00e8ncia artificial per al diagn\u00f2stic de malalties oculars, cardiovasculars i neurodegeneratives"},"content":{"rendered":"\n

04\/12\/2023
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Un consorci internacional d\\’universitats, hospitals i empreses, liderat pel Centre de Desenvolupament de Sensors, Instrumentaci\u00f3 i Sistemes (CD6) de la UPC, est\u00e0 desenvolupant noves tecnologies basades en llum i intel\u00b7lig\u00e8ncia artificial per millorar el diagn\u00f2stic de diverses malalties.<\/h4>
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Desenvolupar noves eines de fot\u00f2nica i intel\u00b7lig\u00e8ncia artificial (IA) per diagnosticar preco\u00e7ment i tractar amb precisi\u00f3 malalties oculars, cardiovasculars i neurodegeneratives. Aquest \u00e9s l\\’objectiu del projecte europeu\u00a0BE-LIGHT<\/a>, coordinat pel\u00a0Centre de Desenvolupament de Sensors, Instrumentaci\u00f3 i Sistemes (CD6)<\/a>\u00a0de la\u00a0Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech (UPC), i en qu\u00e8 participen set institucions acad\u00e8miques, tres hospitals i set empreses d\\’Alemanya, Fran\u00e7a, Pol\u00f2nia, Su\u00efssa i Espanya.\r
El projecte BE-LIGHT suposa un nou pas endavant per al coneixement i el diagn\u00f2stic de les malalties de la retina, ja que mitjan\u00e7ant l\\’\u00fas de xarxes neuronals i de t\u00e8cniques optogen\u00e8tiques,\u00a0les noves eines que es desenvoluparan permetran entendre millor el funcionament de la retina i l\u2019intercanvi d\u2019informaci\u00f3 entre neurones, de manera que, a partir de models quantitatius, es podran detectar les malalties a la retina.\r
La combinaci\u00f3 de diverses tecnologies fot\u00f2niques com, per exemple, les imatges multiespectrals i la tomografia de coher\u00e8ncia \u00f2ptica, complementades amb algorismes d\u2019IA, permetr\u00e0 analitzar amb precisi\u00f3 diverses estructures oculars (c\u00f2rnia, vitri, fons d\u2019ull) per\u00a0detectar de forma preco\u00e7 malalties visuals i trastorns oculomotors. A m\u00e9s, l\u2019avaluaci\u00f3 amb IA dels patrons dels moviments oculars, fortament controlats per diferents regions cerebrals, tamb\u00e9 pot oferir\u00a0noves eines de diagn\u00f2stic per a malalties neurol\u00f2giques, com ara l\\’Alzheimer o la COVID persistent.\r
El projecte tamb\u00e9 possibilitar\u00e0 el\u00a0desenvolupament de nou instrumental i m\u00e8todes cl\u00ednics\u00a0capa\u00e7os, per exemple, d\u2019obtenir imatges de vasos sanguinis o d\u2019estructures oculars del pacient mitjan\u00e7ant tomografia \u00f2ptica i optoac\u00fastica o imatge t\u00e8rmica. Aquesta tecnologia ajudar\u00e0 a\u00a0detectar preco\u00e7ment plaques d\u2019arterioesclerosi de forma no invasiva, entre d\u2019altres. Aix\u00ed mateix, es posaran a punt noves eines d\u2019aprenentatge autom\u00e0tic per al\u00a0tractament i control de les arr\u00edtmies card\u00edaques amb llum, les quals podrien reempla\u00e7ar les t\u00e8cniques actuals basades en impulsos el\u00e8ctrics. L\\’aplicaci\u00f3 de la IA en combinaci\u00f3 amb t\u00e8cniques de microsc\u00f2pia de superesoluci\u00f3 permetr\u00e0 aconseguir imatges d\u2019estructures biol\u00f2giques de menys d\u2019un nan\u00f2metre, com ara les prote\u00efnes involucrades en la\u00a0malaltia de Parkinson i altres malalties rares, la qual cosa permetr\u00e0 millorar-ne el diagn\u00f2stic.\r
\u00a0\r

Pressupost i finan\u00e7ament<\/h4>\r
El consorci, liderat per\u00a0Meritxell Vilaseca<\/a>, investigadora del CD6 i\u00a0Cristina Masoller<\/a>, investigadora del grup de recerca\u00a0Din\u00e0mica no Lineal, \u00d2ptica no Lineal i L\u00e0sers (DONLL)<\/a>, compta amb un finan\u00e7ament de 2,5 milions d\\’euros del programa Horizon Europe de la Uni\u00f3 Europea, dins de les accions Marie Sklodowska Curie (Doctoral Networks). BE-LIGHT t\u00e9 una durada de 48 mesos (octubre de 2023 – setembre de 2027).
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Les investigadores Cristina Masoller i Meritxell Vilaseca al laboratori
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La reuni\u00f3 inicial del projecte va tenir lloc a Barcelona el mes de novembre passat
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Equip internacional que integra el projecte
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Tecnologia<\/h5>\r
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Tema<\/h5>\r
Intel\u00b7lig\u00e8ncia Artificial<\/a>
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Vols saber m\u00e9s?<\/h5>
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Projectes Relacionats<\/h4>
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