A Novel Portable Nanotechnology Approach for Targeted Cancer Therapy

Abstract

Several health-related problems can be monitored, treated and minimized with the use of technological equipment and treatment methods. The development of new synthesis methods and designing nanostructured biosensing colloidal polymeric bioorganic nanomaterials and metal using cheap and environmentally friendly methods remains a challenge to the scientific community. This study is focused on the presentation a new approaches to targeted treatment with a novel portable sensing system. We have found that aqueous blend of intercalated polysaccharides nanocomposites with a reactive functionalizing copolymer and silver nanoparticules (AgNP-s) are sensitive towards a visible light source-white light emitted diode (wLED). The presented system and ideas can be used as an integrated pathways for targeted cancer therapy, biosensors, and drug delivery systems. AgNP-s, having unique sizes in the range between 2 -6 nm have been obtained by the influence of harmless wLED treatment during extremely short time around 10-12 minutes. wLED based portable wire-device is an effective route to obtain bio-nanocomposition with anticancer and drug delivery potential as a pathway of targeted cancer therapy. Moreover, after applying multifunctional biocomposition on the tumor area this effective, eco-friendly, low cost and harmless for human health treatment takes only 10-12 minutes.