progeny

简明释义

英[ˈprɒdʒəni]美[ˈprɑːdʒəni]

n. 子孙；后裔；成果

复 数 p r o g e n i e s 或 p r o g e n y

英英释义

单词用法

同义词

反义词

例句

1.And you not at the progeny in the each home always have no deed, amount Niang there aptitude not worried?

而且你不在家家里的子嗣就一直没个动静，额娘那边能不着急吗？

2.These cells possess the ability to divide and create progeny - some of which will eventually expire, others that are self-renewing.

这种细胞有能力分化并产生后代- - -其中一些最终消失了，一些则自我繁殖。

3.The saving grace is that the 29 year-old progeny in this instance hasn’t moved back into his parents’ home.

在这个事例中那位年轻人的唯一可取之处就是没有搬回去和他父母同住。

4.When a rival displaces the male in a gelada family, he frequently kills his predecessor's progeny.

当竞争者取代了某一雄性狒狒在该家族中的地位时，它会频繁地杀死前任的后代。

5.A radon progeny continuous monitor was developed.

本工作研制氡子体连续测量仪。

6.He was surrounded by his numerous progeny.

众多的子孙簇拥着他。

7.Arab blood is pure and highly prepotent: it has the capacity to mix with virtually any other breed and effect an improvement in the resulting progeny.

阿拉伯血液纯净和高优生：它有能力组合与几乎所有其他品种和效果改善产生的后代。

8.In biology, the study of progeny helps us understand evolution.

在生物学中，研究后代有助于我们理解进化。

9.The progeny of the famous author have also pursued careers in writing.

这位著名作家的后代也追求了写作事业。

10.The scientist studied the genetic traits of the plant's progeny.

科学家研究了植物的后代的遗传特征。

11.The conservation program aims to protect the progeny of endangered species.

该保护项目旨在保护濒危物种的后代。

12.Farmers are always looking for ways to improve the quality of their livestock's progeny.

农民总是在寻找改善其牲畜后代质量的方法。

作文

In the realm of biology, the term progeny refers to the offspring or descendants of a particular organism. This concept is crucial not only in the study of genetics but also in understanding the evolutionary processes that shape life on Earth. The study of progeny provides insights into how traits are passed from one generation to the next, allowing scientists to unravel the complexities of inheritance and variation.For instance, consider a simple experiment involving pea plants, famously conducted by Gregor Mendel in the 19th century. Mendel’s work with these plants led to the foundational principles of heredity, where he observed how certain traits, such as flower color and seed shape, were passed on to the progeny. By cross-breeding different varieties of pea plants, he was able to predict the traits of the next generation, thereby laying the groundwork for modern genetics.The importance of progeny extends beyond just plants; it applies to all living organisms, including animals and humans. In animal breeding, for example, breeders often select parent organisms based on desirable traits they wish to pass on to their progeny. This selective breeding has resulted in various domesticated breeds of animals, each with specific characteristics tailored to human needs, whether it be for companionship, work, or food production.Moreover, the study of progeny is essential in conservation biology. Understanding the genetic diversity within a population can help conservationists make informed decisions about breeding programs aimed at preserving endangered species. By ensuring that the progeny of these species maintain a healthy genetic variation, we can improve their chances of survival in the wild.In human society, the concept of progeny takes on additional layers of significance. It encompasses not only biological offspring but also cultural and intellectual legacies. When we talk about the progeny of great thinkers, artists, or leaders, we refer to the impact of their ideas and creations on future generations. The works of Shakespeare, for example, continue to influence writers and playwrights today, demonstrating how the progeny of creativity can transcend time.Furthermore, the ethical implications surrounding progeny cannot be overlooked. In the context of genetic engineering and biotechnology, the ability to manipulate the genetic makeup of organisms raises questions about the responsibilities we hold towards our progeny. As we venture into an era where we can potentially design our offspring, considerations about the moral and ethical ramifications of such actions become paramount. What kind of traits should we select for? How do we ensure that our progeny inherit not just physical attributes but also the values and ethics we hold dear?In conclusion, the term progeny encompasses a wide array of meanings and implications across various fields of study. Whether in biology, conservation, culture, or ethics, understanding progeny allows us to appreciate the connections between generations and the responsibilities we have towards them. As we continue to explore the mysteries of life, the concept of progeny will undoubtedly remain a central theme in our quest for knowledge and understanding.

在生物学领域，术语progeny指的是特定生物体的后代或子孙。这个概念不仅在遗传学研究中至关重要，而且在理解塑造地球生命的进化过程时也同样重要。对progeny的研究提供了关于性状如何从一代传递到下一代的见解，使科学家能够揭示遗传和变异的复杂性。例如，考虑一下格雷戈尔·孟德尔在19世纪进行的简单实验，他用豌豆植物进行研究。孟德尔的工作使他观察到某些性状（如花色和种子形状）是如何传递给progeny的。通过交叉繁殖不同品种的豌豆植物，他能够预测下一代的性状，从而为现代遗传学奠定了基础。progeny的重要性超越了植物，它适用于所有生物体，包括动物和人类。在动物育种中，育种者通常根据他们希望传递给其progeny的理想性状选择亲本生物。这种选择性育种导致了各种驯化动物品种的产生，每种都有特定的特征，旨在满足人类的需求，无论是作为伴侣、工作动物还是食品生产。此外，对progeny的研究在保护生物学中至关重要。了解种群内的遗传多样性可以帮助保护主义者就旨在保护濒危物种的繁殖计划做出明智的决策。通过确保这些物种的progeny保持健康的遗传变异，我们可以提高它们在野外生存的机会。在社会人类学中，progeny的概念则赋予了更多的意义。它不仅包括生物后代，还包括文化和知识遗产。当我们谈论伟大思想家、艺术家或领导者的progeny时，我们指的是他们的思想和创作对未来几代人的影响。例如，莎士比亚的作品至今仍然影响着作家和剧作家，展示了创造力的progeny如何超越时间。此外，围绕progeny的伦理问题也不容忽视。在基因工程和生物技术的背景下，操控生物体遗传组成的能力引发了我们对自身progeny的责任问题。当我们进入一个可能设计后代的时代时，关于这种行为的道德和伦理后果的考量变得至关重要。我们应该选择什么样的性状？如何确保我们的progeny不仅继承身体特征，还继承我们珍视的价值观和伦理观？总之，术语progeny在各个研究领域中涵盖了广泛的含义和影响。无论是在生物学、保护、文化还是伦理学方面，理解progeny使我们能够欣赏代际之间的联系以及我们对他们的责任。随着我们继续探索生命的奥秘，progeny的概念无疑将继续成为我们追求知识和理解的核心主题。