microchipping

简明释义

英[/ˈmaɪ.kroʊˌtʃɪp.ɪŋ/]美[/ˈmaɪ.kroʊˌtʃɪp.ɪŋ/]

微型芯片跟踪（指将集成片放入动物体内以监控动物）

英英释义

单词用法

同义词

反义词

例句

1.Uruguay, for example, has a system of microchipping calves that costs about $20 a head.

比如说，乌拉圭关于养牛有着通过微型芯片跟踪的系统，其花费为每头牛20美元。

2.Uruguay, for example, has a system of microchipping calves that costs about $20 a head.

比如说，乌拉圭关于养牛有着通过微型芯片跟踪的系统，其花费为每头牛20美元。

3.Uruguay has a microchipping system for cattle, which costs $20 a head.

乌拉圭关于养牛有着通过微型芯片跟踪的系统，其花费为每头牛20美元。

4.Some countries require microchipping for pets traveling abroad.

一些国家要求出国旅行的宠物进行微芯片植入。

5.Veterinarians recommend microchipping as a permanent form of identification for pets.

兽医推荐将微芯片植入作为宠物永久身份识别的方式。

6.After microchipping, it is important to register your pet's information in the database.

在进行微芯片植入后，重要的是要将您宠物的信息注册到数据库中。

7.Many pet owners are opting for microchipping to ensure their animals can be easily identified if lost.

许多宠物主人选择微芯片植入，以确保他们的动物在丢失时可以被轻松识别。

8.The local shelter offers free microchipping services during adoption events.

当地收容所在领养活动中提供免费的微芯片植入服务。

作文

In today's world, technology plays a crucial role in various aspects of our lives. One of the most significant advancements is the process of microchipping, which has gained popularity in recent years. Microchipping refers to the implantation of a small electronic chip, often no larger than a grain of rice, under the skin of animals or even humans. This tiny device is used for identification purposes and can store essential information that can be retrieved using a scanner. The benefits of microchipping are numerous, particularly in the realm of pet ownership and personal safety.For pet owners, microchipping offers peace of mind. Many pets go missing each year, and traditional methods of identification, such as collars and tags, can easily be lost or removed. With a microchip implanted beneath the skin, a pet can be identified quickly and efficiently if it is found. Animal shelters and veterinary clinics are equipped with scanners that can read these chips, allowing them to access the owner’s contact information stored within the chip. This significantly increases the chances of reuniting lost pets with their families.Moreover, microchipping is not limited to pets; it is also being explored for use in humans. Some proponents argue that microchipping individuals could enhance personal safety and security. For instance, in emergency situations, medical personnel could scan a microchip to access critical health information about an individual, such as allergies or pre-existing conditions. This could potentially save lives by ensuring that patients receive appropriate care without delay.However, the concept of microchipping humans raises ethical concerns. Privacy advocates worry about the implications of having personal information stored on a chip that could be accessed without consent. There are fears that microchipping could lead to surveillance and tracking of individuals, infringing on personal liberties. It is essential to strike a balance between the benefits of microchipping for safety and the right to privacy.In addition to ethical considerations, there are also practical challenges associated with microchipping. For example, the technology must be reliable and secure to prevent unauthorized access to personal data. Furthermore, public acceptance of microchipping is crucial for its success. Education and awareness campaigns can help inform people about the advantages and disadvantages of microchipping, allowing them to make informed decisions.In conclusion, microchipping is a fascinating technological advancement that has the potential to improve safety and identification for both pets and humans. While it offers significant benefits, it is essential to address the ethical and practical challenges that accompany this technology. As we move forward, open discussions and careful consideration will be necessary to ensure that microchipping is implemented in a way that respects individual rights while maximizing its benefits. The future of microchipping remains promising, but it requires a collaborative effort from society to navigate the complexities it presents.

在今天的世界中，技术在我们生活的各个方面发挥着至关重要的作用。其中一个最重要的进步是微芯片植入，近年来越来越受欢迎。微芯片植入指的是将一个小型电子芯片（通常不大于一粒米）植入动物或人类的皮肤下。这个微小的设备用于识别目的，可以存储可以通过扫描仪检索的重要信息。微芯片植入的好处是无数的，特别是在宠物拥有和个人安全的领域。对于宠物主人来说，微芯片植入提供了安心。每年有许多宠物失踪，传统的识别方法，如项圈和标签，容易丢失或被移除。通过在皮肤下植入微芯片，如果宠物被找到，可以快速有效地识别它。动物收容所和兽医诊所配备了可以读取这些芯片的扫描仪，使他们能够访问存储在芯片中的主人的联系信息。这显著提高了失踪宠物与其家庭团聚的机会。此外，微芯片植入不仅限于宠物；它也正在被探索用于人类。一些支持者认为，微芯片植入个体可以增强个人安全和保障。例如，在紧急情况下，医疗人员可以扫描微芯片以获取关于个体的重要健康信息，例如过敏或潜在病症。这可能通过确保患者及时接受适当的护理，从而挽救生命。然而，微芯片植入人类的概念引发了伦理问题。隐私倡导者担心将个人信息存储在芯片上可能会被未经同意访问的影响。他们担心微芯片植入可能导致对个人的监控和追踪，侵犯个人自由。必须在微芯片植入带来的安全益处和隐私权之间取得平衡。除了伦理考虑，还有与微芯片植入相关的实际挑战。例如，技术必须可靠且安全，以防止未经授权访问个人数据。此外，公众对微芯片植入的接受程度对其成功至关重要。教育和宣传活动可以帮助人们了解微芯片植入的优缺点，使他们能够做出明智的决定。总之，微芯片植入是一项迷人的技术进步，具有改善宠物和人类安全和识别的潜力。虽然它提供了显著的好处，但解决伴随这一技术的伦理和实际挑战至关重要。随着我们向前发展，开放的讨论和仔细的考虑将是必要的，以确保微芯片植入以尊重个人权利的方式实施，同时最大化其益处。微芯片植入的未来仍然充满希望，但需要社会的共同努力来应对其带来的复杂性。