Sobre la vida y la muerte
- Idioma:
- inglés
- Estado:
- Obra completa
- Autoría:
- Escrita por el autor
- Estado del texto:
- Sin ruido de escaneo detectado (medición automática sobre todo el texto, no revisada a mano)
- Extensión:
- ~1900 palabras · 9 pasajes
Cita esta obra
- APAAristóteles. (n.d.). On Life and Death [Sobre la vida y la muerte]. Digital reproduction: SigPhi. https://sigphiai.com/es/works/aristotle/on-life-and-death
- MLAAristóteles. On Life and Death [Sobre la vida y la muerte]. Digital reproduction, SigPhi, https://sigphiai.com/es/works/aristotle/on-life-and-death.
- ChicagoAristóteles. On Life and Death [Sobre la vida y la muerte]. Digital reproduction, SigPhi. https://sigphiai.com/es/works/aristotle/on-life-and-death.
Referencia de la edición reproducida. SigPhi es la reproducción digital. Se incluyen año, editorial y traductor cuando constan; «n.d.» indica que no consta el año.
De qué trata
Un texto muy corto sobre qué distingue lo vivo de lo que no lo está, y qué pasa cuando eso se acaba.
Contexto e historia
Son unas pocas páginas, y suele imprimirse junto a Sobre la respiración. Que en el catálogo salga tan breve no es un defecto de la copia: la obra es así de corta. Forma parte de los Parva naturalia, los ocho textos breves que continúan el De anima aplicando su teoría a fenómenos concretos del cuerpo vivo. Se han transmitido como grupo y se leen mejor juntos.
Contexto editorial, no una fuente citable: a diferencia de los pasajes de la obra, estos datos no se pueden comprobar contra el corpus.
All the veins pulse, and do so simultaneously with each other, owing to their connexion with the heart. The heart always beats, and hence they also beat continuously and simultaneously with each other and with it. Palpitation, then, is the recoil of the heart against the compression due to cold; and pulsation is the volatilization of the heated fluid. Part 27 Respiration takes place when the hot substance which is the seat of the nutritive principle increases. For it, like the rest of the body, requires nutrition, and more so than the members, for it is through it that they are nourished. But when it increases it necessarily causes the organ to rise. This organ we must to be constructed like the bellows in a smithy, for both heart and lungs conform pretty well to this shape. Such a structure must be double, for the nutritive principle must be situated in the centre of the natural force. Thus on increase of bulk expansion results, which necessarily causes the surrounding parts to rise. Now this can be seen to occur when people respire; they raise their chest because the motive principle of the organ described resident within the chest causes an identical expansion of this organ. When it dilates the outer air must rush in as into a bellows, and, being cold, by its chilling influence reduces by extinction the excess of the fire. But, as the increase of bulk causes the organ to dilate, so diminution causes contraction, and when it collapses the air which entered must pass out again. When it enters the air is cold, but on issuing it is warm owing to its contact with the heat resident in this organ, and this is specially the case in those animals that possess a full-blooded lung. The numerous canal-like ducts in the lung, into which it passes, have each a blood-vessel lying alongside, so that the whole lung is thought to be full of blood.…