Comparative Studies on CMC - Produced from Non- and Woody Lignocellulosic in Production of Biological Active Materials.

The present study deals with synthesizing novel nano-cellulose derivative from non and woody lignocelluloses, and evaluating its biological activities. The biological analysis together with conventional analysis (nitrogen content, FT-IR, and TGA analysis) were detected. Optimizing the CMC and APPA conjugate preparation conditions were studied. The TEM study showed that, the synthesized viscose pulp CMC-APP derivative was 30 to 70 nm. The antimicrobial and anticancer activities of these nano- CMC derivatives against four bacterial strains andsix fungal strains, as well as MCF-7 were tested. Among all the tested microorganisms and MCF-7 the synthesized nano-cellulose conjugate possible used as safety medicine for microbial infections and cancers, with MIC for Gram-positive bacteria 2.0?g/mL in viscose pulp conjugate, and gram-negative 4.0?g/mL in bagasse pulp. The bagasse pulp conjugate appearing has high antifungal activity Aspergillus awamori4.0?g/ml. Viscose pulp conjugate shows the anticancer activity with IC50 for MCF-7 breast cancers 32 µg/ml.