monomorphic

简明释义

英[ˌmɒnəʊˈmɔːfɪk]美[ˌmɑnəˈmɔrfɪk]

adj. [数] 单一同态的；[生物] 单型的

英英释义

单词用法

同义词

反义词

例句

1.Results The clinical attack pattern of atrial tachycardia was very similar to that of repetitive monomorphic ventricular tachycardia.

结果反复单形房速的发作方式与反复单形室性心动过速相似。

2.Converting a virtual method call to a direct method call is called monomorphic call transformation.

把虚方法调用转换成直接方法调用，叫做单形monomorphic调用变换。

3.In 15 of 22 patients (71%) with multiple episodes of PAF, ectopic beats that initiated PAF were consistently monomorphic.

在22例(71%)反复PAF发作的病人中，有15例病人是由同一形态的房性早搏触发。

4.VEGF was mainly secreted by hepatocytes, and was also positively expressed in liver sinusoid endothelial cells, fat-storing cells, myofibroblast and monomorphic nucleus cells.

VEGF主要由肝细胞分泌，其次在肝窦内皮细胞、贮脂细胞、成肌纤维细胞及单型核细胞也示阳性。

5.Germs are monomorphic, i.e., they have only one form and can be identified by species

细菌是单一型的，也就是说，他们只有单一的形式而被我们以单一的种类名称固定下来；

6.Firstly, our results indicated that the monomorphic populations of L. pinceana were originated from adjacent western dimorphic populations.

首先，研究结果表明滇丁香长花柱型单态居群起源于西部邻近的二态居群。

7.One example is class loading that invalidates monomorphic call transformations.

一个例子是使单态调用转换失效的类装载。

8.Therefore, the most significant feature for origin of monomorphic population is the founder events of self-compatibility of long-styled individuals.

可见，长花柱单态居群的形成最主要的特点是其自交亲和性决定的建立者效应。

9.Certain bacterial populations can be monomorphic 单态的 when they reproduce asexually.

某些细菌种群在无性繁殖时可以是monomorphic 单态的。

10.The study focused on a monomorphic 单态的 trait that did not show variation among the sampled organisms.

这项研究集中于一个没有样本生物变异的monomorphic 单态的特征。

11.A monomorphic 单态的 phenotype can make it easier for researchers to identify genetic influences.

一个monomorphic 单态的表型可以让研究人员更容易识别遗传影响。

12.In genetics, a population is considered monomorphic 单态的 if all individuals have the same allele at a specific locus.

在遗传学中，如果一个种群在特定基因位点上所有个体都有相同的等位基因，则该种群被认为是monomorphic 单态的。

13.In ecology, a monomorphic 单态的 species might dominate an environment due to its adaptability.

在生态学中，由于适应性强，monomorphic 单态的物种可能在一种环境中占主导地位。

作文

In the field of biology, the term monomorphic refers to organisms that exhibit little or no variation in their physical characteristics. This concept is particularly important when studying species that are highly specialized or adapted to specific environments. For instance, many species of plants and animals demonstrate monomorphic traits that enable them to thrive in their unique habitats. In contrast, polymorphic species display a range of variations, which can lead to greater adaptability but also increased competition among individuals. Understanding the implications of monomorphic characteristics can help scientists and researchers make informed decisions about conservation efforts and biodiversity management.One classic example of monomorphic organisms is seen in certain types of insects, such as worker bees. Worker bees within a hive often share identical physical traits, which allows them to perform their roles efficiently. Their monomorphic nature is crucial for the success of the colony, as it ensures that all workers can collaborate seamlessly in tasks like foraging, nest maintenance, and defense against predators. This specialization can be viewed as a double-edged sword; while it enhances group efficiency, it also makes the colony vulnerable to environmental changes that could threaten their survival.Another area where monomorphic traits are evident is in agricultural practices. Farmers often select crops that exhibit monomorphic characteristics for uniformity in yield and appearance. This practice can simplify harvesting and marketing processes, but it also raises concerns about genetic diversity. A lack of genetic variation can make crops more susceptible to disease outbreaks or changing climate conditions. Therefore, while monomorphic traits can provide immediate benefits, they may pose long-term risks to food security and ecosystem health.In addition, the study of monomorphic species extends beyond biology into other fields such as psychology and sociology. For example, researchers might explore how monomorphic social structures influence group dynamics and decision-making processes. Groups that are too homogeneous may struggle with creativity and innovation, as diverse perspectives often lead to better problem-solving outcomes. Thus, while monomorphic characteristics can provide stability, they may also inhibit growth and adaptation in rapidly changing environments.In conclusion, the concept of monomorphic is multifaceted and appears across various disciplines. Whether in biology, agriculture, or social sciences, understanding the implications of monomorphic traits can lead to better strategies for managing resources and fostering resilience. As we continue to confront global challenges such as climate change and biodiversity loss, recognizing the balance between monomorphic and polymorphic traits will be essential for sustainable development and conservation efforts. By appreciating the strengths and weaknesses of monomorphic organisms, we can work towards creating systems that are both efficient and adaptable, ensuring a healthier planet for future generations.

在生物学领域，术语单态性（monomorphic）指的是在其物理特征上几乎没有或极少变化的生物体。这个概念在研究高度专业化或适应特定环境的物种时尤为重要。例如，许多植物和动物物种表现出单态性（monomorphic）特征，使它们能够在独特的栖息地中茁壮成长。相比之下，多态性物种则显示出一系列变异，这可以导致更大的适应性，但也增加了个体之间的竞争。理解单态性（monomorphic）特征的含义可以帮助科学家和研究人员在保护工作和生物多样性管理方面做出明智的决定。一个经典的单态性（monomorphic）生物例子可以在某些类型的昆虫中看到，例如工蜂。蜂巢中的工蜂通常具有相同的物理特征，这使它们能够高效地执行各自的角色。它们的单态性（monomorphic）特征对蜂群的成功至关重要，因为这确保了所有工蜂在觅食、巢穴维护和抵御捕食者等任务中能够无缝合作。这种专业化可以被视为一把双刃剑；虽然它增强了群体的效率，但也使蜂群在环境变化时面临生存威胁。另一个单态性（monomorphic）特征明显的领域是农业实践。农民通常选择表现出单态性（monomorphic）特征的作物，以实现产量和外观的一致性。这种做法可以简化收获和营销过程，但也引发了对遗传多样性的担忧。缺乏遗传变异可能使作物更容易受到疾病爆发或气候条件变化的影响。因此，虽然单态性（monomorphic）特征可以提供即时利益，但它们可能对食品安全和生态系统健康构成长期风险。此外，单态性（monomorphic）物种的研究超越了生物学，扩展到心理学和社会学等其他领域。例如，研究人员可能会探讨单态性（monomorphic）社会结构如何影响群体动态和决策过程。过于同质化的群体可能在创造力和创新方面面临困难，因为多样的观点往往能带来更好的问题解决结果。因此，虽然单态性（monomorphic）特征可以提供稳定性，但它们也可能抑制在快速变化环境中的成长和适应。总之，单态性（monomorphic）的概念是多方面的，并且出现在多个学科中。无论是在生物学、农业还是社会科学中，理解单态性（monomorphic）特征的含义都可以导致更好的资源管理和韧性培养策略。在我们继续面对气候变化和生物多样性丧失等全球挑战时，认识到单态性（monomorphic）和多态性特征之间的平衡将对可持续发展和保护工作至关重要。通过欣赏单态性（monomorphic）生物体的优缺点，我们可以努力创建既高效又适应性强的系统，确保未来世代拥有一个更健康的星球。