Abstract

ADVANTAGE OF NANOROBOTS AND USE IN CANCER AND CARDIOVASCULAR DISEASE

Amit Chaudhari* and Nilesh Pathade

.

Abstract

Nanorobots are nanoscale machines that can be designed to perform specific tasks and functions within the human body. It has many advantages in medicine, especially in the treatment of cancer and heart diseases. These details highlight the advantages of nanorobots and their potential use in fighting cancer and heart disease. The unique advantage of nanorobots is their ability to work at the cellular and molecular level or more to focus on healing. These nanoscale devices can be designed to bypass the junction between blood vessels and tissues, allowing them to reach specific diseases. Additionally, their small size reduces the risk of damage to healthy tissue, thus reducing the side effects associated with traditional treatment. Nanorobots can be used for early detection and diagnosis of cancer. By combining various technologies, nanorobots can detect cancer at an early stage, intervene in a timely manner and improve patient outcomes. Additionally, these nanoscale devices can bypass cells in the body and deliver the treatment directly to the tumor site. This type of drug delivery is designed to increase treatment efficiency while minimizing the impact on healthy tissue. Cardiovascular diseases such as atherosclerosis may benefit from the use of nanorobots. Due to their small size, nanorobots can navigate difficult blood vessels and have the ability to remove or repair damaged blood vessels. Additionally, these nanoscale systems can be used to monitor and control many body functions, enabling self-monitoring and self-healing nanobot.

Keywords: nanorobots, cancer, cardiovascular disease, targeted drug delivery, precision medicine, tumor detection, nanotechnology, therapeutic applications, nanoparticles, chemotherapy, radiotherapy, immunotherapy, gene therapy, biomarkers, early detection,tumor-sp