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  1. Carlo Matteucci (20 or 21 June 1811 – 25 June 1868) was an Italian physicist and neurophysiologist who was a pioneer in the study of bioelectricity . Biography. Carlo Matteucci was born at Forlì, in the province of Romagna, to Vincenzo Matteucci, a physician, and Chiara Folfi.

  2. history of defibrillation. …1790s and by Italian physicist Carlo Matteucci in the 1840s, shed light on the electrical properties of animal tissues. In fact, Matteucci, in his studies of electricity detection in pigeons, was the first to detect an electrical current in the heart.

  3. Carlo Matteucci ( Forlì, 20 giugno 1811 – Livorno, 24 giugno 1868) è stato un fisico, fisiologo e politico italiano . Indice. 1 Biografia. 2 Studi e ricerche. 3 Riconoscimenti. 4 Intitolazioni. 5 Onorificenze. 6 Opere. 7 Pubblicazioni. 8 Note. 9 Bibliografia. 10 Altri progetti. 11 Collegamenti esterni. Biografia.

  4. Jan 1, 1996 · The electrophysiological work to which Matteucci owes his imperishable fame begins in 1836. It can be divided into three parts: electrophysiological investigations on electric fish, studies of the demarcation potentials of muscle, and observations on muscle action potentials.

    • Giuseppe Moruzzi
    • 1996
  5. By discovering fundamental phenomena such as the demarcation potential and action current in muscle and nerve, Matteucci paved the way for the development of modern electrophysiology. Being written in Italian and having appeared in a not easily available journal of history of science, Moruzzi's essay has been lost to most members of the ...

    • Giuseppe Moruzzi
    • 1996
  6. Carlo Matteucci. Italian physicist and physiologist, specializing in optics, electromagnetism, electrophysiology, and geology. From his youth, conducted research in electrochemistry and electrophysiology, which led him to formulate the laws of electrolysis independently from Michael Faraday (1791-1867).

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  8. Carlo Matteucci was born two centuries ago but this remarkable anniversary has passed almost without notice. With his “frogs pile” discovery, he provided the platform from which electrophysiology could spring by establishing experi-mentally the link between Galvani and modern electrophysi-ology.

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