volvox

简明释义

英[ˈvɒlvɒks]美[ˈvɑːlˌvɑːks]

n. 团藻，团藻属

英英释义

单词用法

同义词

反义词

例句

1.We cannot be certain that Gonium, pandonina, Eudonna, and Pleodorina represent stages in the evolution of multicellular Volvox from unicellular chlamydomonas.

我们不能肯定盘藻、实球藻、空球藻和杂球藻代表从单细胞衣藻到多细胞因藻的各进化阶段。

2.We cannot be certain that Gonium, pandonina, Eudonna, and Pleodorina represent stages in the evolution of multicellular Volvox from unicellular chlamydomonas.

我们不能肯定盘藻、实球藻、空球藻和杂球藻代表从单细胞衣藻到多细胞因藻的各进化阶段。

3.One creature that has managed the trick-separately from plants, animals and fungi, who are the real experts in the field-is an alga called Volvox carteri.

有一种生物成功做到了这些，它们是从植物、动物和真菌中分离出来的这一领域的真正专家——一种叫团藻Volvox carteri的藻类。

4.Clearly, Volvox evolved from similar algae that exist only as single cells, but until now the genetics of the process have been obscure.

毫无疑问团藻是由类似的只以单细胞形式存在的藻类进化而来，但直到现在这一过程的遗传学原理依然模糊不清。

5.Colony a body form in which many cells with similar form and function are grouped together, as in many algae, e. g. Volvox.

由相同类型和功能的细胞组成的生物体，在许多藻类中存在，例如团藻。

6.Apparently, a mutation in this gene-or, more probably, in the control system that activates it-gave rise to Volvox.

显然这个基因的突变，或更可能是激活这个基因的控制机制的突变产生了团藻。

7.The gene that stops the body cells of Volvox reproducing is called regA.

阻止团藻的体细胞生殖的基因叫regA。

8.In biology class, we learned that volvox 轮藻 is a type of green algae that forms spherical colonies.

在生物课上，我们了解到volvox 轮藻是一种形成球形群体的绿藻。

9.The volvox 轮藻 can be observed under a microscope, showcasing its unique structure.

在显微镜下可以观察到volvox 轮藻，展示其独特的结构。

10.During our lab experiment, we cultured volvox 轮藻 to study its reproductive methods.

在我们的实验中，我们培养了volvox 轮藻以研究其繁殖方式。

11.The movement of volvox 轮藻 colonies in water is fascinating to watch.

观察volvox 轮藻群体在水中的运动是非常有趣的。

12.Scientists are studying volvox 轮藻 to understand the evolution of multicellular organisms.

科学家们正在研究volvox 轮藻以理解多细胞生物的进化。

作文

The world of microorganisms is vast and fascinating, offering insights into the complexity of life on Earth. One particularly interesting organism is volvox, a type of green algae that forms spherical colonies. These colonies can consist of thousands of individual cells, each capable of photosynthesis, and they work together in a remarkable display of cooperation. The structure of volvox allows it to float on the surface of water bodies, where sunlight is abundant, making it an efficient photosynthetic organism. The study of volvox provides valuable information about the evolution of multicellularity. Scientists believe that volvox and other similar organisms represent a crucial step in the transition from single-celled to multicellular life forms. This transition is significant because it demonstrates how simple cells can evolve into more complex structures, leading to the diversity of life we see today. Understanding this process in volvox can help researchers uncover the genetic and environmental factors that contribute to the development of multicellular organisms. In addition to its biological significance, volvox is also a subject of interest in educational settings. Many biology classes use volvox as a model organism to teach students about cell structure, function, and the principles of cooperation among cells. Observing volvox under a microscope can be an eye-opening experience for students, as they witness the coordinated movement of the colony's flagella, which propel the entire group through the water. This collective behavior exemplifies the concept of cooperation in nature, showing how individual cells can work together for the benefit of the whole. Moreover, the study of volvox has implications for biotechnology and bioengineering. Researchers are exploring the potential of using these algae for sustainable energy production, as their ability to convert sunlight into chemical energy could lead to innovative solutions for renewable energy sources. By harnessing the natural processes of volvox, scientists hope to develop new methods for producing biofuels or other valuable compounds, contributing to a more sustainable future. In conclusion, volvox is not just a simple green algae; it is a key player in understanding the evolution of life and the principles of cooperation among cells. Its unique characteristics make it an excellent model organism for education and research, while its potential applications in biotechnology highlight the importance of studying such microorganisms. As we continue to explore the microscopic world, volvox serves as a reminder of the intricate connections that exist within ecosystems and the potential for innovation that lies within even the smallest forms of life.

微生物的世界是广阔而迷人的，提供了对地球生命复杂性的深入了解。一个特别有趣的生物是volvox，一种形成球形群落的绿藻。这些群落可以由数千个单独的细胞组成，每个细胞都能够进行光合作用，它们共同协作，展现出惊人的合作能力。volvox的结构使其能够漂浮在水体表面，在阳光充足的地方，使其成为一种高效的光合生物。 对volvox的研究提供了关于多细胞性进化的重要信息。科学家们认为，volvox和其他类似生物代表了从单细胞到多细胞生命形式过渡的重要一步。这一过渡是重要的，因为它展示了简单细胞如何演变成更复杂的结构，从而导致我们今天所看到的生命多样性。理解volvox中的这一过程可以帮助研究人员揭示促成多细胞生物发展的遗传和环境因素。 除了生物学意义之外，volvox在教育领域也是一个感兴趣的主题。许多生物课程使用volvox作为模型生物，教学生有关细胞结构、功能和细胞间合作原理的知识。在显微镜下观察volvox可以为学生带来启发，因为他们目睹整个群落的鞭毛的协调运动，这推动着整个群体在水中移动。这种集体行为体现了自然界中的合作概念，展示了个体细胞如何为了整体的利益而共同工作。 此外，volvox的研究对生物技术和生物工程具有重要意义。研究人员正在探索利用这些藻类进行可持续能源生产的潜力，因为它们将阳光转化为化学能的能力可能会导致可再生能源解决方案的创新。通过利用volvox的自然过程，科学家们希望开发出新的生物燃料或其他有价值化合物的生产方法，为更加可持续的未来做出贡献。 总之，volvox不仅仅是一种简单的绿藻；它是理解生命进化和细胞间合作原则的关键角色。它的独特特性使其成为教育和研究的优秀模型生物，而它在生物技术中的潜在应用则突显了研究此类微生物的重要性。当我们继续探索微观世界时，volvox提醒我们生态系统内部存在的复杂联系以及即使是最小生命形式中蕴含的创新潜力。