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The Edwin Smith Papyrus, an ancient Egyptian medical text, contains some of the earliest known references to the anatomy of the human body, including the throat and voice box, hinting at the early understanding of speech organs.

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Aristotle's work 'On the Parts of Animals' discusses the function and structure of the larynx and the significance of sound production, marking an essential step in the study of speech organs.

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2nd Century CE: Galen's Anatomical Studies

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2nd Century CE: Galen's Anatomical Studies

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Galen, a prominent Greek physician, conducted extensive studies on animal and human anatomy. His work included detailed descriptions of the larynx and vocal cords, which laid the foundation for future studies on speech mechanisms.

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16th Century: Andreas Vesalius' 'De Humani Corporis Fabrica'

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16th Century: Andreas Vesalius' 'De Humani Corporis Fabrica'

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Andreas Vesalius, a pioneering anatomist, published 'De Humani Corporis Fabrica', a groundbreaking anatomical text that provided detailed illustrations of the human body, including the speech organs. This work revolutionized the understanding of human anatomy.

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17th Century: William Harvey's Discoveries

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17th Century: William Harvey's Discoveries

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William Harvey, best known for his work on blood circulation, also made significant contributions to understanding the vascular system's role in speech production, emphasizing the importance of the brain and the nervous system in controlling speech organs.

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The 19th century saw the emergence of phonetics as a scientific discipline. Researchers like Hermann von Helmholtz and Alexander Graham Bell made crucial contributions by studying sound production and the anatomy of speech organs.

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In the 1920s, the development of electromyography allowed scientists to study the electrical activity of muscles involved in speech production, providing deeper insights into the coordination of speech organs.

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With the advent of advanced imaging technologies like X-rays and later MRIs, scientists were able to visualize the internal structures of speech organs with greater precision, enhancing their understanding of how these organs function together.

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1980s: Introduction of Computational Models

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1980s: Introduction of Computational Models

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The 1980s saw the introduction of computational models to simulate speech production. These models helped researchers analyze the complex interactions between different speech organs and predicted the outcomes of various articulatory movements.

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In the 21st century, research on speech organs has advanced significantly with the integration of cross-disciplinary approaches including genetics, neurobiology, and bioengineering, paving the way for innovative treatments for speech disorders and artificial speech synthesis.

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Red Yellow Purple Bright Bold English Sentence Types Functions Infographic

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SENTENCE TYPES,SpiderScribe - online mind mapping and brainstorming tool

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Types of Sentences | Piktochart Visual Editor

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Evaluación final: 97.5

Asistencia 10%

100

Participación 20%

100

Arte digital 1 y 2 (Timeline e Infografía - CANVA) 35%

90

Presentación final en Tablero colaborativo (Padlet) 35%

100

Total: 100%

97.5

Su presentación cumple con gran parte de los requisitos solicitados.

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Gracias por considerarme como su profesora guía para este seminario.

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Nota: Falta mejorar en la elaboración de material didáctico.