Wang and Cai.88 reported incorporation of miconazole nitrate into the β-CD cavities permanently
bound to cellulose fabrics. The optimal reaction conditions for grafting of β-cyclodextrin to cellulose fabrics were found to be MCT-β-CD 60−100 g/L, catalyst Na2CO3 50−60 g/L, the reaction temperature of 150−160 °C and the reaction time 5−8 min. According to their findings, the MCT-
β-CD grafted cellulose retained the antibacterial abilities more than 70% even after washing 10 cycles, while the antibacterial activity of the unmodified textile was almost lost. Likewise,
Cabrales et al.89 investigated the grafting of monochlorotriazinyl-β-cyclodextrin onto cotton fabrics followed by their inclusion formation with triclosan . They observed excellent antibacterial results. Abdel-Halim et al.90 used linear electron beam radiation to graft glycidyl methacrylate/monochlorotriazinyl-β-CD mixture onto cotton fabrics. They loaded the grafted fabrics with a commercially available antimicrobial agent. Grafted cotton loaded with an antimicrobial agent was found to show very good antimicrobial activity in contrary