morphogenic

简明释义

英[ˌmɔːfəʊˈdʒenɪk]美[ˌmɔrfəˈdʒenɪk]

adj. 地貌成因的

英英释义

单词用法

同义词

反义词

例句

1.According to a company news release, the product is intended to provide a less expensive alternative to bone morphogenic protein products.

根据制造公司发表的新闻，相较于骨器官形成的蛋白质产品，本项产品是一较便宜的选择。

2.Fractionating the conditioned medium first by solubility revealed that its tumor suppressive activity could be divided into a morphogenic insoluble fraction and a cytotoxic soluble fraction.

首先按照溶解度对条件培养基进行分级，结果显示其肿瘤抑制活动能够划分为细胞形成不可溶部分与细胞毒性可溶部分。

3.It induces cell cycle arrest in late G1 phase and may induce bone morphogenic protein-2 (BMP-2).

它诱导细胞周期停滞在G1期晚期，可能诱导成骨蛋白2 (BMP - 2)。

4.Fractionating the conditioned medium first by solubility revealed that its tumor suppressive activity could be divided into a morphogenic insoluble fraction and a cytotoxic soluble fraction.

首先按照溶解度对条件培养基进行分级，结果显示其肿瘤抑制活动能够划分为细胞形成不可溶部分与细胞毒性可溶部分。

5.The morphogenic 形态发生的 factors in this species are crucial for its adaptation to environmental changes.

这种物种中的形态发生的因素对其适应环境变化至关重要。

6.The role of morphogenic 形态发生的 proteins in tissue regeneration is a hot topic in regenerative medicine.

在再生医学中，形态发生的蛋白质在组织再生中的作用是一个热门话题。

7.Understanding morphogenic 形态发生的 mechanisms can help in developing better agricultural practices.

理解形态发生的机制可以帮助制定更好的农业实践。

8.The study of the morphogenic 形态发生的 processes in plants has revealed new insights into their growth patterns.

对植物的形态发生的过程的研究揭示了它们生长模式的新见解。

9.Researchers are investigating morphogenic 形态发生的 signals that influence cell differentiation in embryos.

研究人员正在调查影响胚胎细胞分化的形态发生的信号。

作文

The concept of morphogenic development is pivotal in understanding how organisms grow and shape themselves throughout their life cycles. In biology, morphogenic refers to the processes that lead to changes in form or structure in living organisms. These processes are crucial not only in the context of embryonic development but also in the regeneration and adaptation of tissues. For instance, when a salamander loses a limb, it can regenerate that limb through morphogenic mechanisms that involve cellular differentiation and growth. This fascinating ability highlights the importance of morphogenic processes in the natural world.In the realm of developmental biology, researchers study morphogenic signals that dictate how cells communicate and coordinate their activities. These signals can be chemical, such as hormones or growth factors, and they play a critical role in guiding the cells to organize into complex structures. For example, during the early stages of embryonic development, specific morphogenic gradients help cells determine their position and function within the developing organism. This spatial organization is essential for forming organs and tissues correctly.Moreover, morphogenic processes are not limited to multicellular organisms. Even in single-celled organisms, such as bacteria, morphogenic changes can occur in response to environmental stimuli. Bacteria can alter their shape and behavior based on nutrient availability, which demonstrates the adaptability of life forms through morphogenic responses.The implications of studying morphogenic processes extend beyond basic biology. Understanding these mechanisms can lead to advancements in regenerative medicine, where scientists aim to harness the body’s own morphogenic abilities to heal injuries or replace damaged tissues. By learning how to manipulate morphogenic signals and pathways, researchers hope to develop therapies that could one day enable the regeneration of organs or limbs in humans, similar to what we observe in certain animals.Furthermore, the principles of morphogenic development can also be applied to fields like robotics and artificial intelligence. Engineers are increasingly inspired by biological systems and their morphogenic capabilities to create adaptive and self-organizing robots. These robots can change their shape or configuration in response to changing environments, mirroring the flexibility found in nature.In conclusion, the term morphogenic encapsulates a multitude of processes that are fundamental to life. From the intricate development of multicellular organisms to the adaptive strategies of single-celled entities, morphogenic mechanisms are integral to understanding biological form and function. As research continues to unravel the complexities of these processes, the potential applications in medicine, technology, and beyond are vast and promising. Embracing the knowledge of morphogenic development not only enhances our understanding of life itself but also opens doors to innovative solutions for some of humanity's greatest challenges.

形态发生（morphogenic）发展的概念在理解生物体如何在其生命周期中生长和塑造自身方面至关重要。在生物学中，morphogenic 指的是导致生物体形态或结构变化的过程。这些过程不仅在胚胎发育的背景下至关重要，而且在组织的再生和适应中也扮演着重要角色。例如，当沙蜥失去一条肢体时，它可以通过涉及细胞分化和生长的morphogenic 机制再生那条肢体。这种迷人的能力突显了morphogenic 过程在自然界中的重要性。在发育生物学领域，研究人员研究morphogenic 信号，这些信号决定了细胞如何相互沟通和协调活动。这些信号可以是化学信号，如激素或生长因子，它们在指导细胞组织成复杂结构方面发挥着关键作用。例如，在胚胎发育的早期阶段，特定的morphogenic 渐变帮助细胞确定其在发育生物体内的位置和功能。这种空间组织对于正确形成器官和组织至关重要。此外，morphogenic 过程并不限于多细胞生物。即使在单细胞生物中，如细菌，morphogenic 变化也可以在环境刺激的影响下发生。细菌可以根据养分的可用性改变其形状和行为，这展示了生命形式通过morphogenic 反应的适应性。研究morphogenic 过程的意义超越了基础生物学。理解这些机制可以促进再生医学的发展，科学家们旨在利用身体自身的morphogenic 能力来愈合伤害或替换受损组织。通过学习如何操纵morphogenic 信号和通路，研究人员希望开发出能够使人类再生器官或肢体的治疗方法，这类似于我们在某些动物身上观察到的现象。此外，morphogenic 发展原理也可以应用于机器人技术和人工智能等领域。工程师们越来越受到生物系统及其morphogenic 能力的启发，以创造自适应和自组织的机器人。这些机器人可以根据不断变化的环境改变其形状或配置，模仿自然界中的灵活性。总之，术语morphogenic 概括了对生命至关重要的多种过程。从多细胞生物的复杂发育到单细胞实体的适应性策略，morphogenic 机制对于理解生物形态和功能至关重要。随着研究继续揭示这些过程的复杂性，在医学、技术和其他领域的潜在应用是广泛而有前景的。拥抱morphogenic 发展的知识不仅增强了我们对生命本身的理解，而且为解决人类面临的一些重大挑战打开了创新解决方案的门户。