How will you prove that nanotechnology is now used for any medical approach for the health of many people? Site at least 3 ways to prove the claim.

Claim 1: Nanotechnology is verified to detect cancer cells and help in cancer therapy

For many people who are new to nanotechnology, cancer therapy and detection is one of the most intriguing applications. Nanotechnology is being used in several new advancements in colon and prostate cancer screening and therapy possibilities. The goal is to improve photodynamic cancer therapy by emphasizing the cells that will be targeted by lasers. The treatment will be more successful if the detection rate is higher. Dyes and gold particles may have a better chance of reaching cancer cells thanks to nanotechnology. This means higher detection rates, making it easier to spot an issue and treat it quickly. Prostate and colon cancer death rates could be reduced as a result of this.

Claim 2: Development of smart pills

Smart pills are nano-scale electronic devices that resemble pharmaceutical tablets in shape and design but perform more advanced activities such as sensing, imaging, and drug administration. Previously, nanotechnology assisted in the development of smart pills such as the PillCam, a capsule with a miniature video camera, and dose-tracking pills. The 'Atmo Gas Capsule,' for example, is a more advanced smart pill that, when consumed, checks the gases in the human stomach and reports any abnormalities. Its sensors can detect the presence of dangerous compounds, as well as the levels of oxygen and carbon dioxide in the body. Diagnosing gastrointestinal problems, detecting cancerous digestive organs, and tracking food sensitivities to enable individualized diet and nutrition plans are just a few of its uses.

Claim 3: Wound dressing using nano-fibers

Wound dressings and surgical textiles, as well as implants, tissue engineering, and artificial organ components, all use anofibers.

Scientists are developing'smart bandages,' which will incorporate themselves into the tissue once the wound heals if left on the location. These smart bandages can include clotting agents, antibiotics, and even sensors to detect signs of infection embedded in nano-fibres.

Step-by-step explanation

Claim 1: Nanotechnology is verified to detect cancer cells and help in cancer therapy

An example is the SniffPhone, whose nanotechnology sensors analyze breath to detect certain types of malignancies, and the NaNose, which can detect biomarkers for a number of medical problems, are two of Hossam Haick's most well-known inventions.

Url: https://www.birminghamtimes.com/2022/02/the-scientist-using-nanotech-to-create-the-impossible/

Claim 2: Development of smart pills

Scientists have surmounted this challenge by propelling the devices with magnets rather than motors. Dr. Sylvain Martel, the creator and head of the École Polytechnique de Montréal's NanoRobotics Laboratory, and his colleagues have produced micro-carriers that can travel through larger arteries. The magnetic coils of an MRI machine guide these micro-carriers, which have effectively transported medications to rabbit livers.

Url: https://www.yalescientific.org/2013/02/microbots-using-nanotechnology-in-medicine/

Claim 3: Wound dressing using nano-fibers

The Indian Institute of Advanced Study in Science and Technology has created a pH-responsive smart bandage that can deliver medicine at the appropriate pH for the wound. This was accomplished by improving a nanotechnology-based cotton patch that makes bandages more inexpensive by using widely available and sustainable materials such as cotton and jute.

Url: https://www.engadget.com/2018-07-09-smart-bandage-chronic-wounds-reduce-amputations.html