Title of article :
Extraction of Curcumin by Ultrasonic Waves from Turmeric Rhizome as a Scaffold in 4D Prosthesis
Author/Authors :
Heidaripour ، Ashraf Department of Chemistry - Payame Noor University , Barati ، Tina Research Center Karaj Moallem
From page :
199
To page :
207
Abstract :
Breast cancer is one of the most common cancers and a large number of breast surgeries are performed every year. Most of these surgeries require the use of breast three dimensions (3D) prostheses and implants or drug-containing scaffolds. In most cases, prostheses and scaffolds are made of organic and inorganic materials which are not biocompatible. Using plant tissues and fibers instead of these materials to make 3D prostheses and scaffolds that naturally contain anti-cancer drugs is a new idea that has gained attention in recent decades. Recently, the radiation of infrared light (IR) waves to the organ containing the drug-carrying 3D prosthesis has been used to release the desired amount of drug from prosthesis at the desired time after surgery. The IR radiation is introduced as the fourth dimension in the 4D prosthesis and is a newer idea. In this research, the ultrasound waves have been proposed as a fourth dimension for drug release and turmeric rhizome as a scaffold containing curcumin as an anti-cancer substance. The process of releasing the curcumin from the turmeric rhizome - as a scaffold - with ultrasonic waves is a new and innovative idea that is in line with the development of 4D prosthetics.
Keywords :
Curcumin Rhizome Scaffold Ultrasonic Four dimensions UV , Vis spectroscopy
Journal title :
Asian Journal of Green Chemistry
Journal title :
Asian Journal of Green Chemistry
Record number :
2740870
Link To Document :
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