syngenetic

简明释义

英[ˌsɪndʒɪˈnetɪk]美[sɪndʒɪˈnetɪk]

adj. 同生的；共成的

英英释义

单词用法

同义词

反义词

例句

1.Syngenetic structures controlled the basin 's forming, settling and evolving.

同生构造控制了盆地的形成、沉积及演化。

2.Geological and geochemical characteristics of the Huogeqi copper-polymetallic deposit indicate that it is a product of syngenetic sedimentation with the participation of submarine exhalation.

霍各乞铜多金属矿床的地质-地球化学特征表明该矿床为有海底喷气参与的同生沉积作用所形成。

3.Geological and geochemical characteristics of the Huogeqi copper-polymetallic deposit indicate that it is a product of syngenetic sedimentation with the participation of submarine exhalation.

霍各乞铜多金属矿床的地质-地球化学特征表明该矿床为有海底喷气参与的同生沉积作用所形成。

4.Segmented study on the syngenetic fault in the depression is of important practical meanings to guide the field exploration and production.

分段研究凹陷内同生断层，对指导油田现场勘探开发具重要实际意义。

5.The concept of syngenetic fault is known as growth fault or synsedimentary fault.

同生断层也称生长断层、同沉积断层。

6.The texture and structure of these geological bodies also indicate its syngenetic or parasyngenetic origin.

这些地质体的结构构造特征亦表明其为同生或准同生成因；

7.Relocation of syngenetic uranium may explain a characteristic feature of the deposits.

生铀的重新分布可以用来解释矿床的一个典型特征。

8.The researchers discovered that the two species were actually syngenetic 同源的, sharing a common ancestor.

研究人员发现这两个物种实际上是syngenetic 同源的，共享一个共同的祖先。

9.In genetics, syngenetic 同源的 relationships help in understanding evolutionary processes.

在遗传学中，syngenetic 同源的关系有助于理解进化过程。

10.The conservation program aims to protect syngenetic 同源的 populations of endangered species.

该保护计划旨在保护濒危物种的syngenetic 同源的种群。

11.By studying syngenetic 同源的 traits, scientists can trace genetic disorders more effectively.

通过研究syngenetic 同源的特征，科学家能够更有效地追踪遗传疾病。

12.The syngenetic 同源的 nature of these plants indicates they evolved from a shared lineage.

这些植物的syngenetic 同源的特性表明它们是从一个共同的谱系演化而来的。

作文

In the study of genetics, the term syngenetic refers to organisms that are derived from the same genetic lineage or share a common genetic origin. This concept is particularly important in understanding how certain traits are inherited and how genetic diversity is maintained within populations. For example, when examining a family tree, one can observe that siblings share a significant portion of their genetic material due to their syngenetic relationship. This shared genetic heritage influences not only physical characteristics but also predispositions to certain diseases and conditions. The implications of syngenetic relationships extend beyond individual families to entire species. In conservation biology, understanding the syngenetic connections among populations can aid in formulating effective strategies for preserving biodiversity. For instance, if two populations of a species are found to be syngenetic, conservationists may prioritize protecting both populations to maintain genetic diversity. This is crucial because reduced genetic variation can lead to inbreeding depression, making species more vulnerable to environmental changes and diseases. Moreover, the concept of syngenetic can also be applied in the field of agriculture. Farmers often select plants that are syngenetic to ensure desirable traits are passed down through generations. By cross-breeding plants that share a common genetic background, farmers can enhance yield, disease resistance, and other beneficial traits. This practice highlights the importance of understanding genetic relationships in achieving agricultural sustainability. In medical research, recognizing syngenetic relationships can lead to breakthroughs in understanding hereditary diseases. For example, if a particular genetic disorder is observed in a syngenetic group, researchers can investigate the shared genes that may contribute to the condition. This research can pave the way for targeted therapies and personalized medicine, which consider an individual's unique genetic makeup. Furthermore, the notion of syngenetic extends into evolutionary biology. Scientists study syngenetic relationships among species to trace evolutionary lineages and understand how species adapt over time. By analyzing genetic markers, researchers can construct phylogenetic trees that illustrate the evolutionary history of various organisms. This information is vital for understanding how species evolve and how they might respond to future environmental pressures. In conclusion, the term syngenetic encapsulates a critical aspect of genetics that impacts various fields, including conservation, agriculture, medicine, and evolutionary biology. By exploring the syngenetic relationships among organisms, we can gain insights into inheritance patterns, improve conservation efforts, enhance agricultural practices, and develop targeted medical treatments. As our understanding of genetics continues to evolve, the significance of syngenetic connections will undoubtedly play a pivotal role in shaping the future of science and medicine.

在遗传学研究中，术语syngenetic指的是源自相同遗传谱系或共享共同遗传起源的生物体。这个概念在理解某些特征是如何遗传的，以及如何在种群中维持遗传多样性方面尤为重要。例如，当检查家谱时，可以观察到兄弟姐妹由于其syngenetic关系而共享大量的遗传物质。这种共享的遗传遗产不仅影响外貌特征，还影响对某些疾病和状况的易感性。 syngenetic关系的影响超越个体家庭，扩展到整个物种。在保护生物学中，理解种群之间的syngenetic联系可以帮助制定有效的生物多样性保护策略。例如，如果发现两个物种的种群是syngenetic的，保护主义者可能会优先保护这两个种群，以维护遗传多样性。这一点至关重要，因为遗传变异减少可能导致近亲繁殖衰退，使物种更容易受到环境变化和疾病的影响。 此外，syngenetic的概念也可以应用于农业领域。农民通常选择syngenetic的植物，以确保期望的特征能够通过世代相传。通过交配共享共同遗传背景的植物，农民可以提高产量、抗病能力和其他有益特征。这一做法突显了理解遗传关系在实现农业可持续性中的重要性。 在医学研究中，认识到syngenetic关系可能会导致对遗传疾病的突破。例如，如果在一个syngenetic群体中观察到某种特定的遗传疾病，研究人员可以调查可能导致该病症的共享基因。这项研究可以为针对性治疗和个性化医疗铺平道路，这种医疗考虑到个体独特的遗传构成。 此外，syngenetic的概念还延伸到进化生物学。科学家研究物种之间的syngenetic关系，以追溯进化谱系并了解物种如何随时间适应。通过分析遗传标记，研究人员可以构建描绘各种生物体进化历史的系统发育树。这些信息对于理解物种如何进化以及它们可能如何回应未来的环境压力至关重要。 总之，术语syngenetic概括了遗传学的一个关键方面，影响着包括保护、农业、医学和进化生物学等多个领域。通过探索生物体之间的syngenetic关系，我们可以深入了解遗传模式，改善保护工作，增强农业实践，并开发针对性的医疗治疗。随着我们对遗传学理解的不断发展，syngenetic连接的重要性无疑将在塑造科学和医学的未来中发挥关键作用。