Conditions and method for oxidized cotton cellulose obtaining with hemostatic
properties have been investigated. Oxidation of cellulose performed by treating of sodium hypochlorite
and hydrogen peroxide solutions with various concentrations in different temperature and duration of
reaction. Oxidized cellulose samples with different contents of carboxyl groups were obtained. Those
samples are characterized by physicochemical methods, as IR-spectroscopy, conductometric titration
and optical microscopy. The obtained hemostatic composition was contributed to stopping bleeding
from parenchymal organs at contents of 33.40% oxycellulose, 62.17% H-carboxymethylcellulose and
4.43% nanocellulose.