Nanobots and Nanotechnology in the human body assignment

Nanobots and Nanotechnology in the human body assignment Words: 790

Knowing this, the use of nanotechnology will become a revolutionary tool for medicine and Industry alike. Nanotechnology is a newly studied technology that deals with the manipulation of matter at a scale from 1-100 manometers, which is unimaginably small. Studies that cover this field of science show that this new technology had the capability of repairing defects and diseases in the body, such as, Malaria, HIVE, numerous cancers, and many more. Nanotechnology also has the capability to make transporting blood and disease samples for testing way easier than It ever has been In the past.

Making It possible for this to be one of the biggest Inventions In medicine to date. One benefit to nanotechnology is the ability to practice a better cancer treatment. The technology could monitor and control how the chemotherapy drugs are administered into the body, and assign them go exactly where they need to go be distributed. This is an alternative to standard radiation and chemotherapy cancer treatments, where not only the cancerous cells are treated, but the healthy cells around the affected area are treated too. Each of these researchers relied on ultrasound bubbles, which consist of microscopic particles equipped with cancer- sighting drugs. At room temperature, the particles remain stable, but when exposed to body temperature, they Join together to form larger particles. Using ultrasound waves, scientists can send signals to the “bubbles” to instruct them when and where to release the medication” [Source: Science Daily]. This greatly increases the efficiency of the treatment. Nabobs are being developed to act as mall “factory assembles” In microscopic factories.

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They are projected to be used In seeking out cell level images, repair wounds, and maybe even repair damaged DNA. The ultimate AOL within the Nabobs are eliminating flaws and repairing everything without the need for human labor, producing objects faster and in a more cost effective way than before. On the flipped of this major accomplishment, there is a theory named “Grey God’, it covers the possibility of the robots self-replicating and gaining human-like theory is completely impossible and the bots need instructions to do anything without human instruction.

This has been a question in many people’s minds. Accessible medical testing has also been an improvement going along with nanotechnology. New advanced “Anna-plumbing” allows small samples and blood tests to be refrigerated easily while being transported. This enables samples to be more portable than any other type of study kit for medicine. With this new knowledge, it makes what was before not easily accessible, possible. This is bringing studies to remote areas and regions to conduct studies on diseases such as Malaria and other widespread diseases.

There have been many questions covering the extraordinary subject of nanotechnology. There are several theories that consider a less “utopian” type out outcome. If nanotechnology in medicine makes it possible for us to enhance ourselves physically, is that ethical? In theory, medical nanotechnology could make us smarter, stronger and give us other abilities ranging from rapid healing to night vision. Should we pursue such goals? Could we continue to call ourselves human, or would we become transmute the next step on man’s evolutionary path?

Since almost every technology starts off as very expensive, would this mean we’d create two races of people a wealthy race of modified humans and a poorer population of unaltered people? We don’t have answers to these questions, but several organizations are urging inconsistencies to consider these implications now, before it becomes too late. (Strickland & Bonbons, 2007, p. 6) Considering this, what will this mean of humans? Will we become essentially indestructible?

Will people become less afraid of disease and illness, simply because there will be a cure for it? These are all question that arise with technology as pioneering as this. There are a few drawbacks when it comes to nanotechnology. Various doctors say that there is a large possibility of the nonpartisans crossing the blood-brain barrier, what protects the brain from harmful chemicals in the bloodstream. There is also findings that nonpareils at a certain length can pose a threat to one’s health.

It must be perfected before putting humans at such risk. Nanotechnology will take at the least, a few decades to fully develop well enough to use in humans outside of testing. It will help find the cure of many diseases and accelerate the testing of numerous new medicines. Indubitably nanotechnology will be an amazing revolutionary technology to benefit society in numerous ways, but it gust go through much more extensive studies until sure that there are little to no risk before introducing using this technology in the outside world.