A Review Of Smart Nanoboat-Based Medication Delivery Methods For Cancer Treatment
Year: 2024
Type: article
Abstract: One of the most deadly illnesses of the twenty-first century is cancer. Chemotherapy and radiation therapy are excruciating procedures that include the use of numerous medications, such as antitumor antibiotics, which have numerous adverse effects. As a substitute, DNA nanorobots are a promising cancer treatment method that functions precisely and is far safer than conventional therapies. According to reports, DNA nanobots will mark a significant advancement in medical research. This bot's main goal is to locate and eradicate cancer cells from the human body. One strand of DNA makes up these bots. folded into the form you like. There will be two modes for the bots: "off," where the clamshells are securely closed to avoid damaging cells without any damage and a "on" position, in which the clamshell opens to let the medication reach the malignant cells, allowing the medication to remove the malignant cell. Once this new concept passes its initial human test, it will be widely adopted by the general population. In this review, we concentrate on cancer eradication. cell. As a secondary objective, the bot can be used to treat any other disease because it can be programmed and has the capacity to carry a payload. Nanobot development is already underway and might be available to the general public in around five years.
Author: Gaurav More, Ashwini Wakade* Megha Salve
Language: English
Subfield: Biomaterials
Field: Materials Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930346091
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