inseminate

简明释义

英[ɪnˈsemɪneɪt]美[ɪnˈsemɪneɪt]

vt. 使受胎；栽植；人工授精

第 三 人 称 单 数 i n s e m i n a t e s

现 在 分 词 i n s e m i n a t i n g

过 去 式 i n s e m i n a t e d

过 去 分 词 i n s e m i n a t e d

英英释义

单词用法

同义词

反义词

例句

1.This paper introduces the task of transplanting big trees. It also states prophase work, transporting and inseminate method, conservation and management in the transplanting process.

本文介绍了大树移植技术这一课题。叙述了大树移植过程中需做的各种前期工作、起运栽植的方法以及最后的养护管理。

2.This paper introduces the task of transplanting big trees. It also states prophase work, transporting and inseminate method, conservation and management in the transplanting process.

本文介绍了大树移植技术这一课题。叙述了大树移植过程中需做的各种前期工作、起运栽植的方法以及最后的养护管理。

3.The gadget is used to artificially inseminate cows.

这件小装置用来给奶牛进行人工授精。

4.The clinic specializes in helping couples inseminate through various reproductive technologies.

该诊所专门帮助夫妇通过各种生殖技术进行人工授精。

5.Farmers use artificial methods to inseminate their livestock for better breeding results.

农民使用人工方法对牲畜进行人工授精以获得更好的繁殖效果。

6.After collecting the sperm, the technician will inseminate the selected eggs.

在收集到精子后，技术人员将对选定的卵子进行人工授精。

7.The veterinarian will inseminate the cow to ensure a successful pregnancy.

兽医将对母牛进行人工授精以确保成功怀孕。

8.In the laboratory, scientists often inseminate eggs with sperm to study fertilization.

在实验室中，科学家们经常对卵子进行人工授精以研究受精过程。

作文

In the realm of biology and agriculture, the term inseminate is often used to describe the process of introducing sperm into the reproductive system of a female organism. This practice is crucial for both natural reproduction and artificial insemination techniques that have been developed to enhance breeding efficiency. Understanding how to inseminate effectively can lead to significant advancements in livestock production, conservation efforts, and even human fertility treatments.The process of inseminate involves several critical steps. First, it is essential to select high-quality sperm, which is typically collected from a male through various methods, including manual extraction or through the use of specialized equipment. Once the sperm is collected, it must be preserved properly, often using cryopreservation techniques, to maintain its viability until it is ready to be used.When it comes time to inseminate the female, careful consideration must be given to the timing of the procedure. In many species, females have specific estrous cycles during which they are most fertile. Accurate tracking of these cycles is vital to ensure that the sperm is introduced at the optimal time for fertilization to occur. This requires a good understanding of the reproductive physiology of the species involved.In artificial insemination, the actual technique of inseminate may vary depending on the species. For example, in cattle, a veterinarian may use a long, thin instrument called an insemination gun to deposit sperm directly into the uterus. In contrast, in humans, the process may involve placing sperm directly into the cervix or uterus using a syringe. Regardless of the method, the goal remains the same: to achieve successful fertilization and conception.The implications of mastering the ability to inseminate are vast. In agriculture, for instance, farmers can improve herd genetics by selecting superior males to breed with a larger number of females without the need for physical mating. This not only enhances productivity but also helps in controlling the spread of diseases that can occur during natural mating.Moreover, in wildlife conservation, inseminate techniques have been employed to help save endangered species. By using artificial insemination, conservationists can increase genetic diversity and bolster populations that are at risk of extinction. This innovative approach has shown promise in various species, from elephants to tigers, highlighting the importance of reproductive technologies in modern conservation efforts.In the context of human medicine, the ability to inseminate has opened new avenues for couples struggling with infertility. Techniques such as intrauterine insemination (IUI) and in vitro fertilization (IVF) rely on the principles of inseminate to help individuals achieve their dreams of parenthood. These procedures require not only medical expertise but also a supportive environment for patients, as the emotional aspects of infertility can be quite challenging.In conclusion, the term inseminate encompasses a wide array of practices across different fields, all aimed at enhancing reproduction. Whether in agriculture, wildlife conservation, or human fertility, the ability to inseminate effectively can lead to remarkable advancements and improvements. As we continue to explore and refine these techniques, the potential benefits for both humanity and the natural world remain significant, underscoring the importance of this biological process in our lives.

在生物学和农业领域，术语inseminate通常用于描述将精子引入雌性生物的生殖系统的过程。这一实践对于自然繁殖以及为提高繁殖效率而开发的人工授精技术至关重要。有效理解如何进行inseminate可以在牲畜生产、保护工作甚至人类生育治疗方面带来重大进展。inseminate的过程涉及几个关键步骤。首先，选择高质量的精子是至关重要的，这通常通过各种方法从雄性收集，包括手动提取或使用专用设备。一旦收集到精子，就必须妥善保存，通常使用冷冻保存技术，以保持其在准备使用时的活力。当需要对雌性进行inseminate时，必须仔细考虑程序的时机。在许多物种中，雌性有特定的发情周期，在这些周期中，它们最为肥沃。准确跟踪这些周期对于确保在最佳受精时机引入精子至关重要。这需要对所涉及物种的生理生殖有良好的理解。在人工授精中，inseminate的实际技术可能因物种而异。例如，在牛中，兽医可能会使用一种称为授精枪的细长仪器，将精子直接放入子宫。相比之下，在人类中，过程可能涉及使用注射器将精子直接放入子宫颈或子宫。无论方法如何，目标始终是实现成功的受精和怀孕。掌握inseminate能力的影响是巨大的。例如，在农业中，农民可以通过选择优质雄性与更多雌性繁殖来改善牛群基因。这不仅提高了生产力，还有助于控制在自然交配中可能发生的疾病传播。此外，在野生动物保护中，inseminate技术被用于帮助拯救濒危物种。通过使用人工授精，保护工作者可以增加遗传多样性并增强面临灭绝风险的种群。这种创新方法在各种物种中显示出希望，从大象到老虎，突显了现代保护工作中生殖技术的重要性。在人类医学的背景下，能够进行inseminate为正在经历不孕症的夫妇开辟了新的途径。像宫内授精（IUI）和体外受精（IVF）等技术依赖于inseminate的原则，帮助个人实现成为父母的梦想。这些程序不仅需要医学专业知识，还需要为患者提供支持环境，因为不孕症的情感方面可能相当具有挑战性。总之，术语inseminate涵盖了不同领域的一系列实践，旨在增强繁殖能力。无论是在农业、野生动物保护还是人类生育中，inseminate的有效能力都能带来显著的进步和改善。随着我们继续探索和完善这些技术，对人类和自然界的潜在好处仍然是显著的，强调了这一生物过程在我们生活中的重要性。