Essay about Human Microchip Implants

As technology becomes more complex and convenient, new advances such as human and animal microchip implants may be controversial. At first, the implant seems to be good, but it actually causes more problems in the long run. These potential "troublemakers" are about small rice grains that are injected into the skin of the arm or hand (Feder, Zeller 15). Chips are not moved by batteries, and nothing leaks into the body (Posada-Swafford 8). Early forms of this technology have been used to monitor salmon and have been used in other wildlife studies (Verhovek 5). The tip idea begins with the tragedy of September 11 ... See more

Probably low cost is associated with a steady increase in pet implants. Another factor contributing to the increase in the number of chips is the use of animal chips at many animal shelters throughout the country (Verhovek 5). For example, in Los Angeles, since most of the domestic outdoor pets are kept, it is necessary to have a microchip on the shoulder of all stray pets (Lubell 13). The first animal shelter in the United States is the Marlin Humanitarian Association (Verhovek 5) in northern California. Contrary to the general idea, pet labels do not track wildlife labels. Instead, they have code to display information about the pet, including the owner, when scanned by the computer. However, a scanner that had read pet chips many years ago could not read chips from other companies (Lubell 13). Currently, a universal scanner which can read all chips of various brands is implemented. Pet chips are used not only in the United States but also in many other countries around the world. For example, a pet traveling to the UK or France must have a microchip "(Lubell 13).

It has now been found that the microchip can be implanted in the human body and the microchip can be embedded under the human skin, which is used to ascertain the patient's health status, medical history and identity. Embedded chips are durable and granular, once embedded, chips and information will always be with people and never lost. The tracking device is placed where the doctor grips and lifts the skin, somehow drill a small hole in the skin and place the skin between the skin and muscle. It is about 23 mm and may last only 9 days. This is because the output of the tracking device is limited because it is still in the experimental stage. The device is sutured with three needles, which are intended to hold the wound together, and most importantly the capsule of the device does not float anywhere around the body.

Human microchip implants are typically identification integrated circuit devices or RFID transponders embedded in silicate glass embedded in the human body. This type of subcutaneous implant usually contains a unique ID number that can be linked to information contained in an external database such as personal identification, law enforcement agency, medical history, medication, allergy, and contact information. The first experiment using RFID implants was done by British scientist Kevin Warwick in 1998. His implants are used to open the doors, turn on the lights, and cause verbal output in the building. The implant was removed after 9 days, and since then it was held at the Science Museum (London).

Human microchip implants are radio frequency identification (RFID) tags sized for rice grains that are enclosed in silicate glass and injected into the body (Figure 1). Typically, subcutaneous implantation involves a unique 16-digit ID number and refers to information stored in an external database. The first reported implant in 1998 was used to open doors, turn on lights, and do similar tests. A few years later in 2004, VeriChip was officially approved for human medical use by the US Food and Drug Administration (FDA). They changed the company name to Positive ID in 2009 and named the embedded chip VeriChip (Microchip Implant (Human), 2010).