allogamy，读音为：[??lɑ?g?mi]
allogamy的基础释义为：配子异配（生物学），异配生殖（生物学）。
以下是一些与allogamy相关的英语范文：
1. 异配生殖是一种植物生殖方式，其中雌配子与雄配子结合时，雌配子可以产生不同种类的配子体。这种生殖方式在某些植物中很常见，例如某些兰花和凤仙花。
2. 在植物学中，异配生殖与自交相对。自交是指植物的雌雄配子结合产生同种后代的生殖方式，而异配生殖则是指雌雄配子结合产生不同种类的后代。这种差异在植物的遗传学和进化研究中非常重要。
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Allogamy基础释义
Allogamy是指不同种属的亲本细胞或配子体融合或结合，形成新的杂种细胞或配子体。它是一种生物遗传学和生态学中的重要概念，广泛应用于植物、昆虫和动物领域。
发音：['?l?g?mi]
英语范文
标题：Allogamy: The Secret of Hybrid Success
Allogamy, a term that often raises a puzzled eyebrow, refers to the fusion of cells or gametes from different species to create new hybrids. This phenomenon is widely observed in plants, insects, and animals, and it plays a crucial role in evolution and adaptation.
In the world of plants, allogamy is a key factor in the success of hybrids. When two distinct species combine to produce offspring, they often inherit the best traits from both parents, resulting in superior growth and adaptability. This phenomenon is particularly evident in cross-pollination, where flowers from different species are pollinated by the same pollen, leading to the formation of unique hybrids.
Moreover, allogamy plays a vital role in the survival of some insects. In some species, males and females of the same species do not mate effectively, but instead cross-fertilize their eggs, resulting in offspring that are more resilient and adaptable to environmental changes.
In conclusion, allogamy is a fascinating concept that has shaped the evolution of many species. Understanding this phenomenon can help us better understand the adaptations of different species and their success in their respective environments.
Allogamy
Allogamy refers to the process of combining genes from two or more individuals into one individual. It is commonly seen in plants and animals, and can have significant effects on the evolution and adaptation of species.
In plants, allogamy can occur through several mechanisms. For example, it can be achieved through the use of pollen from a different plant, resulting in the production of offspring with different genetic backgrounds. Alternatively, it can occur through the fusion of different seeds from different parents, resulting in offspring with a more complex genetic makeup.
Allogamy can also be beneficial for animals, especially in species that are highly mobile or live in groups. By mixing genes from different individuals, offspring can inherit a broader range of adaptations, increasing their chances of survival and reproduction.
Moreover, allogamy can have negative effects on individuals and species. For example, it can lead to genetic incompatibilities between individuals, resulting in reduced fitness and increased mortality. Additionally, it can lead to the loss of unique adaptations that individuals may have developed independently.
In conclusion, allogamy is an essential process in the evolution and adaptation of species. It can have both positive and negative effects, depending on the specific circumstances and the genetic makeup of individuals involved. Understanding allogamy and its effects is crucial for understanding the evolution of life on Earth.
