Autori: Wang Xinyu
| Naslov | Artificial intelligence biosensing approaches for evaluating the effectiveness of corneal decellularization (Meeting Abstract) |
| Autori | Corridon Peter R Pantic Igor V  Cumic Jelena Valjarevic Svetlana Shakeel Adeeba Wang Xinyu Vurivi Hema Daoud Sayel Chan Vincent Petroianu Georg A Shibru Meklit G Ali Zehara M
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| Info | TISSUE ENGINEERING PART A, (2023), vol. 29 br. 13-14, str. - |
| Ispravka | Web of Science Elečas Rang časopisa |
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| Naslov | Artificial intelligence biosensing approaches for evaluating the effectiveness of corneal decellularization (Meeting Abstract) |
| Autori | Corridon Peter R Pantic Igor V Cumic Jelena Valjarevic Svetlana Shakeel Adeeba Wang Xinyu Vurivi Hema Daoud Sayel Chan Vincent Petroianu Georg A Shibru Meklit G Ali Zehara M
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| Info | TISSUE ENGINEERING PART A, (2023), vol. 29 br. 13-14, str. - |
| Ispravka | Web of Science Elečas Rang časopisa |
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| Naslov | Computational approaches for evaluating morphological changes in the corneal stroma associated with decellularization (Article) |
| Autori | Pantic Igor V Cumic Jelena Valjarevic Svetlana Shakeel Adeeba Wang Xinyu Vurivi Hema Daoud Sayel Chan Vincent Petroianu Georg A Shibru Meklit G Ali Zehara M Nesic Dejan M Salih Ahmed E Butt Haider Corridon Peter R
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| Info | FRONTIERS IN BIOENGINEERING AND BIOTECHNOLOGY, (2023), vol. 11 br. , str. - |
| Projekat | Science Fund of the Republic of Serbia [7739645]; Ministry of Education and Science of the Republic of Serbia [200110]; Khalifa University of Science and Technology [RC2-2018-022]; Municipality of Abu Dhabi City, the Abu Dhabi Automated Slaughterhouse; [FSU-2020-25]; [ESIG-2023-005] |
| Ispravka | Web of Science Članak Elečas Rang časopisa |
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