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Publications 2022

Publications 2022
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Publications 2022

Product catalog summary
Introduction
Movendo Technology is a leader in rehabilitation advancements, collaborating globally to conduct clinical studies in orthopedics, neurology, geriatrics, and sports. Their research focuses on enhancing rehabilitation through innovative technologies.
Publications Overview
From 2017 to 2022, Movendo Technology has published numerous peer-reviewed articles and conference proceedings. These publications explore topics such as robot-assisted gait training, balance rehabilitation, and the development of robotic devices for rehabilitation.
Key Studies and Findings
  • 2022: Studies demonstrated the effectiveness of robot-assisted gait and balance training in subacute stroke patients and addressed fall prevention in older adults.
  • 2021: Research showed the benefits of robotic balance training for Parkinson’s disease and spinal cord injury rehabilitation.
  • 2020: Development of a robotic fall-risk predictive model and improvements in trunk control for stroke survivors were highlighted.
  • 2019: Focus was on robotic balance assessments for older adults and Parkinson’s disease patients.
Conferences
Movendo Technology presented at international conferences on topics such as robotic rehabilitation protocols for multiple sclerosis, balance evaluation in stroke patients, and the use of robotic devices in spinal cord injury rehabilitation.
Conclusion
Movendo Technology's research has significantly advanced rehabilitation, particularly through robotic technologies that improve patient outcomes across various medical conditions.
ARBOT Device Introduction
The document also discusses the ARBOT device, used for ankle rehabilitation post-fracture. It includes findings from a 2016 randomized controlled study and preliminary results from a 2015 study protocol.
Specifications and Procedures
ARBOT is a high-performance robotic tool designed for precise ankle rehabilitation, marking a new era in rehabilitation technology.
Clinical Study Results
The 2016 study confirmed ARBOT's effectiveness in improving rehabilitation outcomes for ankle fractures.
Preliminary Study Protocol
The 2015 presentation highlighted the potential benefits of ARBOT in clinical settings.
Company Information
Movendo Technology, with subsidiaries in Italy, Germany, and the USA, emphasizes its global influence in rehabilitation technology.
Conclusion
The ARBOT device represents a significant advancement in rehabilitation technology, offering promising results for ankle injury recovery.
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Catalog excerpts

Publications 2022-3

Publications with Over the past years Movendo Technology completed a great number of clinical studies covering the main areas of orthopedics, neurology, geriatrics and sports, thanks to the collaboration with our clinical partners worldwide. (journal and international conference proceedings - peer reviewed) 2022 Aprile I., Conte C., Cruciani A., Pecchioli C., Castelli L., Insalaco S., Germanotta M., Iacovelli C.. “Efficacy of Robot-Assisted Gait Training Combined with Robotic Balance Training in Subacute Stroke Patients: A Randomized Clinical Trial.” J Clin Med. 2022 Aug 31;11(17):5162. doi:...

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Publications 2022-4

Barresi G., Zenzeri J., Tessadori J., Laffranchi M., Semprini M., De Michieli L. (2022) “NeuroGerontechnologies: Applications and Opportunities.” In: Scataglini S., Imbesi S., Marques G. (eds) Internet of Things for Human-Centered Design. Studies in Computational Intelligence, vol 1011. Springer, Singapore. https:/ /doi.org/10.1007/978-981-16-8488-3_7 2021 Maggio M.G., Naro A., Calatozzo P., Rosa G., Porcari B., Latella D., Marzullo P., Calabrò R.S. “Rehabilitation of somatoparaphrenia with misoplegia: insights from a single case-pilot study” J Integr Neurosci. 2021 Jun 30;20(2):439-447. doi:...

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Publications 2022-5

Cella A, De Luca A., Squeri V., Parodi S., Vallone F., Giorgeschi A., Senesi B., Zigoura E., Guerrero K., De Michieli L., Saglia J.A., Sanfilippo C., Pilotto A. (2020) “Development and validation of a robotic multifactorial fall-risk predictive model: a one-year prospective study in community-dwelling older adults” PLoS ONE 15(6): e0234904. https:/ /doi.org/10.1371/journal.pone.0234904 De Luca A., Squeri V., Barone L., Vernetti H., Ricci S., Pisu I., Cassiano C., Capra C., Lentino C., De Michieli L., Sanfilippo C., Saglia J.A., Checchia G. (2020) “Dynamic Stability and Trunk Control Improvements...

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Publications 2022-6

Iacovelli C., Castelli L., Caliandro P., Salvatori G., Padua L., Bernabei R., Giovannini S. “Valutazione dell’equilibrio e del cammino in pazienti con ictus: correlazione tra indici stabilometrici e parametri di Gait Analysis”. XXI congresso nazionale della Società Italiana di Riabilitazione Neurologica, SIRN, 12-14 Giugno, 2022. Napoli. Giovannini S., Castelli L., Iacovelli C., Salvatori G., Padua L., Bernabei R. “Efficacia della riabilitazione robotica dell’equilibrio nel paziente anziano con esisti di stroke”. XXI congresso nazionale della Società Italiana di Riabilitazione Neurologica, SIRN,...

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Publications 2022-7

Marchesi G., Bellitto A., Torre K., Quinland E., Gamba S., De Luca A., Canessa A., Squeri V., Casadio M., Massone A., “Valutazione del controllo di tronco e della core stability in soggetti affetti da lesioni al midollo spinale”. XIX Congresso Nazionale SIMS, 10-12 Novembre, 2022. Bari 2021 Podda J., Tacchino A., De Luca A., Squeri V., Pedullà L., Bellosta A., Monti Bragadin M., Rogina G., Vitiello A., Rinaldi S., Isolabella L., Tortorolo A., Addeo S., Battaglia M.A., Konrad G., Brichetto G. “Testing balance in MS: A correlation study between data from traditional computerized dynamic posturography...

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Publications 2022-8

2019 Marchesi G., Canessa A., De Luca A., De Michieli L., Pilotto A., Vallone F., Cella A., Spinelli M., Leo A., Sanfilippo C., Squeri V., Saglia J.A., Casadio M. “Robot-based static and dynamic balance assessments for planning age-tailored training protocol.” 49th Annual Meeting of the Society for Neuroscience (Chicago, October 19-23, 2019). 2018 Cella A., Squeri V., De Luca A., Zigoura E., Vallone F., Senesi B., Giorgeschi A., Quispe Guerrero KL., Garofalo V., De Michieli L., Saglia J.A., Sanfilippo C., Pilotto A. “Balance robotic evaluation with hunova in older people: correlation with Short...

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Publications 2022-9

Vallone F., Damiani G., D’Angelo M.L., De Luca A., Squeri V., De Michieli L., Saglia J.A., Sanfilippo C., Corrieri N., Giorgini C., Aguzzoli P., Carnevali G., Garofalo V., Rinzivillo F., Soddu B., Pilotto A., Mazzola C. “Valutazione e training riabilitativo con il dispositivivo robotico hunova nel recupero della stabilità posturale dinamica: protocollo interventistico, in aperto, randomizzato, controllato su pazienti dopo ricostruzione chirurgica di LCA.” XLVI Congresso Nazionale SIMFER, Ancona 20-23 settembre 2018. Leo A., Zarbo M., Cassinis A., Pometto D., Re L., Bianconi T., Gambirasio C.,...

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Publications 2022-10

2016 Taglione E., De Marco E., Pasqualetti F., Rapalli A., Squeri V., Masia L., Caldwell D. G. , Catitti P., Saglia J.A. “Sperimentazione del dispositivo robotico ARBOT nella riabilitazione della caviglia a seguito di lesioni fratturative: risultati di uno studio clinico randomizzato controllato.” 44° Congresso Nazionale SIMFER 2016 (23-26 ottobre, Bari). 2015 Taglione E. , De Marco E. , Pasqualetti F. , Rapalli A. , Squeri V. , Masia L. , Caldwell DG. , Catitti P. , Saglia J.A. “Ankle rehabilitation using the high-performance robotic device IIT-ARBOT: study protocol and preliminary results.”...

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Publications 2022-12

Movendo Technology Srl Calata Cattaneo, 15 - Edificio Millo - Porto Antico - 16128 Genova, Italy Subsidiaries Movendo Technology GmbH

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All Movendo Technology catalogs and technical brochures

  1. Case Studies

    12  Pages

  2. silver index

    4  Pages

  3. huno

    14  Pages

  4. hunova

    29  Pages

  5. knee index

    5  Pages

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