Researchers of Sant’Anna School Biorobotics Institute publish a new study in the journal Neurology on the work of Italian physician who invented the practice to connect the prosthesis control to muscles as “a force of movement”

In 1896, Giuliano Vanghetti conceived the idea of connecting the control mechanism of prosthesis directly to a muscle. A new study by the researchers of Sant’Anna School Biorobotics Institute, published today in Neurology, the most cited and peer-reviewed neurology journal of the “American Academy of Neurology”, analyzed the cineplastic procedures began in 1898 by Vanghetti as a pioneer in neuroprosthetics.

The study, developed by bioengineers and neurologists who investigated archival and manuscript materials of “Fondo Vanghetti” held at the library “Renato Fucini” in Empoli (Florence), could have implications for scientists who are currently investigating natural neural signals and neural stimulation technique to produce sensations. Devices and techniques developed by Giuliano Vanghetti (a physician who lived in Empoli, Tuscany), based on methods for cinematic amputations, have materially changed the practice of prosthetic applications.

Bioengineers and neurologists of Sant’Anna School Biorobotics Institute, Casa di Cura del Policlinico di Milano and EPFL (École Polytechnique Fédérale de Lausanne) currently researching new techniques in prosthesis technology, presented an account of physician and surgeon, Vanghetti and Ceci, who have distinguished themselves in the application of kinematic prostheses of the upper extremity, trying to enable amputees to use their muscles to power the prosthesis (creating a skin flap and forming a skin-lined tunnel under a muscle that remains above an amputated limb).

The path to developing this technology began when Vanghetti (born in 1861 near Florence) observed that soldiers of the 1896 Adwa campaign with amputated hands still had intact forearm muscles. The battle of Adwa cost many lives: Italian soldiers and Askari (native troops from Eritrea) fell into the hands of the Ethiopian troops. About 800 prisoners were subjected to the traditional punishment for disloyalty by having their right hands and left feet amputated. Vanghetti had the idea of utilizing the forearm muscles as a force of movement for prosthesis; the first operation was performed by Professor Ceci in Pisa Hospital in 1900 since the Italian government provided limbs for military personnel who received amputations. Exchange of ideas and of studies gave Vanghetti and Ceci the opportunity to increase the impact of their research (first tests were performed using chickens) but the scientific community expressed doubts about Vanghetti’s method and preferred the tunnel cineplasty developed by German surgeons in the early 1900s.

Although tunnel cineplasty fell out of favor, Dr. Vanghetti’s work received worldwide recognition and honors (from Reale Accademia dei Lincei, Croce Rossa Italiana and the nomination to the Nobel Prize in 1923).

“Giuliano Vanghetti’s life and work – note the researchers who wrote the study published in ‘Neurology’ journal – remain important in the contemporary research program in prosthetics. He was a gifted physician and a true visionary and today he finally gets the recognition he deserved”.

Cover Photo: a patient with a prosthetic device connected to arm muscles.

Photo Archive: Fondo Vanghetti, biblioteca comunale “Renato Fucini”, Empoli (Firenze). 

See also:

FOOD SECURITY AND FOOD ACCESS: SANT’ANNA SCHOOL LIFE SCIENCES INSTITUTE RESEARCHER WINS THE “BOLOGNA AWARD” FOR COMBINING GENOMICS WITH ETHIOPIAN FARMERS’ TRADITIONAL KNOWLEDGE

In recognition of his contribution to food security and inequality debate, Matteo dell’Acqua, one of the investigators on plant genome research...

Science Journal publishes Advancements in Soft Robotics – a researcher of the Biorobotics Institute at Sant’Anna School summarizes current trends and research challenges

Cecilia Laschi, a researcher world-renowned for her work in soft robotics at Sant’Anna School, summarizes the results and the latest advances in...