New Delhi: Researchers in India have developed a novel site-specific drug delivery method, using gold nanoparticles can improve management and treatment of cancer.
The new mode of therapy will not only reduce the side effects of traditional treatment of cancers like surgery, chemotherapy and radiation therapy, but would ensure site-specific delivery of medicines so as they worked more efficaciously.
There are more than 200 different types of cancers known which are currently being treated through surgery, chemotherapy, and radiation therapy. Many of these cancers can be cured, if detected early and treated effectively. However, the available treatments are time-taking, expensive, and trigger numerous other side-effects and the actual health benefits of the therapy do not reach to the cancer patients effectively.
Researchers at Amity University Rajasthan, Jaipur have developed therapeutic agents with the help of nano-biotechnological approaches using a unique solution of ‘gold nanoparticles’ that helps in improving the site-specific drug delivery for cancer disease management and its effective treatment.
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Hemant Kumar Daima, Akhela Umapathi and Prof SL Kothari from the Amity Centre for Nanobiotechnology and Nanomedicine (ACNN), have formulated ‘gold nanoparticles’ solution with a distinctive functional surface containing biomolecules and antibiotics for improved anticancer activity through selective generation of reactive oxygen species (ROS).
The results have revealed that the appropriate surface corona on the gold nanoparticles was essential for effective cancer treatment in a selective manner.
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The research was extended toward lung cancer cells using functional silver nanoparticles and selective anti-cancer effect originating from surface chemistry of silver nanoparticles was demonstrated in a paper published in the study published in the journal Colloids and Surfaces A: Physicochemical and Engineering Aspects. Both the studies have provided deeper understanding regarding the mechanism of anti-cancer actions of the functional nanoparticles.
The research was a global effort with researchers from University of Miyazaki, Japan; and RMIT University, Australia actively participating in it. Now, the team is planning clinical studies on the formulated nanoparticles.
