Examining When Life Begins by Explaining Fission and Fusion in the Human Organism

D. Doroski, Caleb Estep
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Abstract

The question of when human life begins is critical in debates related to life issues. While there are a variety of proposals as to how an organism should be defined, many biologists and ethicists, particularly Catholics, have approached this issue by arguing that fertilization defines the beginning of a new organism. Examining the processes of fission and fusion, which take place before gastrulation, provides strong evidence for when human life beings and therefore how it should be defined. Among the four dominant theories, regulative fission and fusion are the best explanations in terms of being the most consistent with the biological data. This explanation of twinning provides compelling evidence that fertilization is not a necessary condition for human generation, although it may be a sufficient condition. While fertilization generates the vast majority of human beings, additional human beings may rarely be generated during fission events.
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通过解释人类有机体中的裂变和融合来考察生命的起源
在有关生命问题的辩论中,人类生命何时开始的问题至关重要。虽然关于如何定义一个有机体有各种各样的建议,但许多生物学家和伦理学家,特别是天主教徒,认为受精决定了一个新有机体的开始。研究发生在原肠胚形成之前的裂变和融合过程,为人类生命的形成时间以及如何定义人类生命提供了有力的证据。在四种主流理论中,调控裂变和核聚变是与生物学数据最一致的最好解释。这种对双胞胎的解释提供了令人信服的证据,证明受精不是人类繁衍的必要条件,尽管它可能是充分条件。虽然受精产生了绝大多数人类,但在裂变事件中可能很少产生额外的人类。
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