High biocompatibility was shown by the membrane . The dispersion of GO was enhanced by methylcellulose . The cytocompatibility of EA.hy926 human endothelial cells (ECs) employing [3-(4,5-dimethylthiazol)-2-yl]-2,5-diphenyltetrazolium bromide (MTT) and live/dead tests demonstrated good biocompatibility. Using an induced wound scratch model for EA.hy926 ECs, the cell migration under the influence of GO-cellulose was revealed (Figure ). The cell migration was increased by GO-Cellulose. Rats with 8 mm-diameter fullthickness wounds on their dorsum were used to test the in-vivo wound healing process . To dress wounds, cellulose has various merits. It is inexpensive to do. Using inexpensive materials like wood, it may be made into useful structures like membranes . When used as a wound dressing, cellulose-based membrane performs better than commercial porous regenerating membrane . When compared to Suprathel ® (a commercial lactocapromerbased wound dressing), the epithelialization of a wood-based dressing like NFC demonstrated quicker healing . Compared to traditional synthetic fiber dressings, BC dressings are less expensive .