Author:Mittal, H; Maity, Arjun; Ray, SSDate:Jan 2015A biodegradable hydrogel polymer of gum ghatti (Gg) with a copolymer mixture of acrylamide (AAm) and acrylonitrile (AN) was synthesized using the free-radical graft copolymerization technique. The effect of graft copolymerization on the surface ...Read more
Author:Kumar, Neeraj; Mittal, H; Alhassan, SM; Ray, Suprakas SDate:2018Adsorption has emerged as a simple and economical approach to water decontamination; however, it creates large amounts of secondary toxic waste following the removal of the effluents from the water. The present investigation introduces an ...Read more
Author:Aderibigbe, BA; Sadiku, ER; Jayaramudu, J; Ray, SSDate:Oct 2014The potential of gum acacia containing hydrogels as controlled dual-drug delivery systems for antiprotozoal agents was investigated. 4-Aminoquinoline analog and curcumin were selected as model drugs because they exhibit antiprotozoal activity. ...Read more
Author:Varaprasad, K; Reddy, SM; Jayaramudu, J; Sadiku, R; Ramama, K; Ray, Suprakas SDate:2014The present scientific research resulted in the development of novel microbial resistant inorganic nanocomposite hydrogels, which can be used as antibacterial agents. They are promising candidates for advanced antimicrobial applications in ...Read more
Author:Mittal, H; Jindal, R; Kaith, BS; Maity, Arjun; Ray, SSDate:Dec 2014This article reports the development of biodegradable flocculants based on graft co-polymers of gum ghatti (Gg) and a mixture of acrylamide and acrylonitrile co-monomers (AAm-co-AN). The hydrogel polymer exhibited an excellent swelling capacity ...Read more