2021N17 Esiti colloquio

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UniPD Part of a Team that Developes Innovative and Personalized Rehabilitation Sensors

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

[summary] => [format] => 2 [safe_value] =>

University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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University research teams from La Sapienza of Rome and Padua (Department of Information Engineering), along with IRCCS Santa Lucia Foundation and BrainTrends have developed and proposed a low-cost and customizable electrode system for gesture recognition. The research, recently published in Scientific Reports, shows its application of the rehabilitation from neuromotor disease or injury.

Giulia Cisotto of the University of Padua Department of Information Engineering (DEI) explains, “Our studio has created a technological platform to monitor limb movement in a simple, flexible and reliable way. The work shows positive results both in the laboratory and in a less controlled environment, such as at home or in clinics. Applications include motor rehabilitation, telerehabilitation, human-computer interaction, and even gaming. Using a simple inkjet printer with conductive nanoparticle-based inks we created wearable sensor arrays measuring the signals produced by surface electromyography (sEMG). We then analyzed these signals using machine learning techniques that automatically recognizes different types of finger and hand movements. Our system allows us to produce the sensors directly in the clinic or at other sites equipped with simple commercial office equipment making it accessible for a layperson and professionals alike.

The research team, coordinated by Prof Viviana Betti of the Sapienza University of Rome, in collaboration with BrainTrends and the University of Padua, have developed low-cost sensors made with inks based on silver nanoparticles. This makes it easy to use as well as acquire and analyze surface electromyography signals with quick achievable results thanks to inkjet printing. The study was made possible in collaboration with the National Inter-University Consortium for Telecommunications of Rome (CNIT) and the Japanese National Center for Neurology and Psychiatry (NCNP).

Prof Viviana Betti explains, “We designed 8-channel matrices to measure muscle activity of the forearm using innovative silver nanoparticle-based inks to print the sensors directly embedded in each matrix. We use a commercial inkjet printer, then acquired the data from a multi-channel of 12 participants, as they repeatedly performed twelve standard finger movements, six extensions and six push-ups.

The new technology will help patients and healthcare professionals to improve clinical practices and support the rehabilitation phase from those suffering from neuromotor diseases or injuries with an increasingly personalized approach.

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Il progetto di ricerca europeo CLEANSTONE: Migliorare i processi di produzione delle imprese lapidee italiane

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2021PA241 - Allegato 1 Decreto approvazione atti

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2021PA241 - Allegato 1 Verbale 4 - Giudizi - Punteggi - vincitore

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Giudizi - Punteggi - vincitore [format] => [safe_value] => Verbale 4 - Giudizi - Punteggi - vincitore ) ) ) [field_allegato_file] => Array ( [und] => Array ( [0] => Array ( [fid] => 96740 [uid] => 4 [filename] => 2021PA241_All_1_verbale_4_firmato.pdf [uri] => public://2021/2021PA241_All_1_verbale_4_firmato.pdf [filemime] => application/pdf [filesize] => 471271 [status] => 1 [timestamp] => 1628156276 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) [1] => Array ( [fid] => 96743 [uid] => 4 [filename] => 2021PA241_Dichiarazione_verbale_4_DiCiaccio.pdf [uri] => public://2021/2021PA241_Dichiarazione_verbale_4_DiCiaccio.pdf [filemime] => application/pdf [filesize] => 126372 [status] => 1 [timestamp] => 1628156356 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) [2] => Array ( [fid] => 96745 [uid] => 4 [filename] => 2021PA241-dichiarazione-verbale-4_ATumino.pdf [uri] => public://2021/2021PA241-dichiarazione-verbale-4_ATumino.pdf [filemime] => application/pdf [filesize] => 155719 [status] => 1 [timestamp] => 1628156387 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) ) ) [name] => carriere.docenti [picture] => 0 [data] => [num_revisions] => 1 [current_revision_id] => 363669 [is_current] => 1 [is_pending] => [revision_moderation] => [entity_view_prepared] => 1 ) [#items] => Array ( [0] => Array ( [fid] => 96740 [uid] => 4 [filename] => 2021PA241_All_1_verbale_4_firmato.pdf [uri] => public://2021/2021PA241_All_1_verbale_4_firmato.pdf [filemime] => application/pdf [filesize] => 471271 [status] => 1 [timestamp] => 1628156276 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) [1] => Array ( [fid] => 96743 [uid] => 4 [filename] => 2021PA241_Dichiarazione_verbale_4_DiCiaccio.pdf [uri] => public://2021/2021PA241_Dichiarazione_verbale_4_DiCiaccio.pdf [filemime] => application/pdf [filesize] => 126372 [status] => 1 [timestamp] => 1628156356 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) [2] => Array ( [fid] => 96745 [uid] => 4 [filename] => 2021PA241-dichiarazione-verbale-4_ATumino.pdf [uri] => public://2021/2021PA241-dichiarazione-verbale-4_ATumino.pdf [filemime] => application/pdf [filesize] => 155719 [status] => 1 [timestamp] => 1628156387 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) ) [#formatter] => file_default [0] => Array ( [#theme] => file_link [#file] => stdClass Object ( [fid] => 96740 [uid] => 4 [filename] => 2021PA241_All_1_verbale_4_firmato.pdf [uri] => public://2021/2021PA241_All_1_verbale_4_firmato.pdf [filemime] => application/pdf [filesize] => 471271 [status] => 1 [timestamp] => 1628156276 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) ) [1] => Array ( [#theme] => file_link [#file] => stdClass Object ( [fid] => 96743 [uid] => 4 [filename] => 2021PA241_Dichiarazione_verbale_4_DiCiaccio.pdf [uri] => public://2021/2021PA241_Dichiarazione_verbale_4_DiCiaccio.pdf [filemime] => application/pdf [filesize] => 126372 [status] => 1 [timestamp] => 1628156356 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) ) [2] => Array ( [#theme] => file_link [#file] => stdClass Object ( [fid] => 96745 [uid] => 4 [filename] => 2021PA241-dichiarazione-verbale-4_ATumino.pdf [uri] => public://2021/2021PA241-dichiarazione-verbale-4_ATumino.pdf [filemime] => application/pdf [filesize] => 155719 [status] => 1 [timestamp] => 1628156387 [type] => document [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2408 ) ) ) [metadata] => Array ( ) [display] => 1 [description] => ) ) ) [links] => Array ( [#theme] => links__node [#pre_render] => Array ( [0] => drupal_pre_render_links ) [#attributes] => Array ( [class] => Array ( [0] => links [1] => inline ) ) [node] => Array ( [#theme] => links__node__node [#links] => Array ( [node-readmore] => Array ( [title] => Read more about 2021PA241 - 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2021PA241 - Allegato 1 Verbale 3 - Giudizi

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Regolamento per l'attribuzione degli scatti stipendiali biennali (D.R. 2945 del 05.08.2021)

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2021RUB03 - Allegato 1 DR sostituzione commissario

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2021RUA02 - Allegato 1 Verbale 4 - Giudizi_Punteggi_Vincitore

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9th Meeting of the European Club for Liver Cell Biology

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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The Department of Surgery, Oncology and Gastroenterology of the University of Padua organizes the 9th meeting of the European Club for Liver Cell Biology (ECLCB-9), scheduled from 23 to 25 September 2021 in Preganziol, Treviso (Italy).

ECLCB meetings are held every 2 years, and the goal of this edition is to allow junior physicians and scientists working in the field of cell biology and pathophysiology of the liver to share data and experiences, and to create new networks for international collaborations.

The programme includes oral and poster presentations that will cover the different scientific categories of liver cell biology, but also addresses important issues of technical advances and experimental models in the field.

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