No abstract

No abstract

Θα ήθελα να εκφράσω τις ευχαριστίες μου, για την αρωγή που αμέριστα, άφθονα και ουσιαστικά μου παρείχαν οι αναγραφόμενοι καθηγητές, επιστήμονες και εξειδικευμένοι τεχνικοί και να τους ευχαριστήσω για την παραδειγματική επιστημονική τους στάση και ανταπόκριση όταν τους το ζήτησα. Οπως είναι αναμενόμενο το παρόν πόνημα συνδυάζει πλήθος εξειδικευμένων πληροφοριών και τεχνικών και από την άποψη αυτή θα ήταν αδύνατο να υλοποιηθεί χωρίς τη συνεργασία τους, τις γνώσεις τους, την επιστημονική τους εμπειρία, και την καθοδήγησή τους σε κομβικά στάδια υλοποίησης του ερευνητικού πρωτοκόλλου.

Aim: To search feasibility and reliability of Telemedicine Systems (TS) in the remote multidisciplinary oncology conference for decision making and treatment of liver lesions. Material and Methods: By an experimental TS, twenty six (n=26) specialists based on a series of five (N=5) simulated remote image examinations, assessed sensitivity-specificity of the remote examination of the Liver (L) for neoplastic diseases and damages (Virtual Examination=VE). Results: Analysis showed injuries (sensitivity=96%), injuries of the capsula (sensitivity=91.7%), hematomas (sensitivity=91,7%), non-neoplastic diseases (specificity=100%), neoplastic diseases (sensitivity=100%). Conclusion: The VE of the (L) in combination with high-tech visualization and multimedia and the remote participation of liver surgical oncology, oncology, radiology, pathology and cytology experts composes a feasible and reliable e-Multidisciplinary Oncologic Conference for a Personalized and Optimum Decision Making and Treatment in Liver Cancer.

The necessity, technology, process, service, and ergonomics of the clinical remote massive public education, primary, secondary and tertiary breast cancer prevention upon innovative networks for specialists and citizens in the context of the clinical prevention operations of the tele-medicine and cloud technology based novel mobile clinical unit (MCU) called "Macedonia" has been studied, tried and standardized in the program of Excellence 2014-16. It is analyzed the clinical prevention operability, maneuverability and reliability of the above mentioned technology and method empowered with cognitive ergonomics of AI and a robotic framework the "Charicleia" Rb integrated with Prometheus I (pn 1008239) digital medical device all integrated with (MCU) in the tenth and the eleventh clinical diseases prevention action in Promyrion village of the Municipality of South Pelion Mountain and in the Parish of Agioi Anargyroi of Volos on 05-06.06 and in Demene village of Municipality of Aisonia on 07.07.2020 for remote clinical remote massive public education, primary, secondary and tertiary breast cancer prevention. Ergonomic Integration of (MCU) operations enriched with AI and Big Data analytics and Robotics may optimize: (1) breast cancer prevention status, (2) quality of healthcare especially in developing countries.