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Los polisorbatos y los polietilenglicoles (PEG) tienen en común una parte repetitiva de su estructura química, y dejan en nuestro cuerpo una misma huella inmunológica: los anticuerpos anti-polietilenglicol (anti-PEG). El hecho de que los coronavirus compartan dichas estructuras puede provocar que los anticuerpos anti-PEG actúen como "caballos de Troya", introduciendo a los coronavirus en las células del endotelio capilar alveolar, donde se replicarán causando el COVID-19 grave.
interferencia inmunológica, Polietilenglicoles, coronavirus, C-lectinas, células dendríticas, COVID-19, oligomanosa, proteína espiga, Anticuerpos anti-PEG, Polisorbatos, anticuerpos anti-PEG, polietilenglicoles, glucomanano, macrófagos, CD209L, polisorbatos
interferencia inmunológica, Polietilenglicoles, coronavirus, C-lectinas, células dendríticas, COVID-19, oligomanosa, proteína espiga, Anticuerpos anti-PEG, Polisorbatos, anticuerpos anti-PEG, polietilenglicoles, glucomanano, macrófagos, CD209L, polisorbatos
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| impulse This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network. | Average |
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