ナノメディシンとナノテクノロジーのジャーナル

概要

NANOBOTS IN MEDICINE AND CANCER TREATMENT.

Schalley C. A

The COVID-19 flare-up has energized a worldwide interest for compelling determination and treatment just as relief of the spread of disease, all through enormous scope approaches like explicit elective antiviral techniques and traditional sanitization conventions. In light of a wealth of designed materials recognizable by their valuable physicochemical properties through adaptable synthetic functionalization, nanotechnology offers various ways to deal with adapt to this crisis. Here, through a multidisciplinary Perspective incorporating different fields like virology, science, medication, designing, science, materials science, and computational science, we layout how nanotechnology-based systems can uphold the battle against COVID-19, just as irresistible sicknesses as a rule, including future pandemics. Taking into account what we know so far about the existence pattern of the infection, we imagine key advances where nanotechnology could counter the illness. To begin with, nanoparticles (NPs) can offer elective strategies to old style sanitization conventions utilized in medical care settings, on account of their inborn antipathogenic properties or potentially their capacity to inactivate infections, microscopic organisms, parasites, or yeasts either photothermally or by means of photocatalysis-initiated receptive oxygen species (ROS) age. Nanotechnology apparatuses to inactivate SARS-CoV-2 in patients could likewise be investigated. For this situation, nanomaterials could be utilized to convey medications to the aspiratory framework to hinder connection between angiotensin-changing over catalyst 2 (ACE2) receptors and viral S protein. Also, the idea of "nanoimmunity by configuration" can assist us with planning materials for invulnerable regulation, either invigorating or stifling the insusceptible reaction, which would discover applications with regards to antibody improvement for SARS-CoV-2 or in neutralizing the cytokine storm, individually