Abaev Iu K, Kaputskiĭ V E, Adarchenko A A, Sobeshchukh O P
Antibiot Med Biotekhnol. 1986 Aug;31(8):624-8.
The mechanism of the antibacterial effect of monocarboxyl cellulose (MCC) and other ion exchange derivatives of cellulose was studied. It was shown that MCC, cellulose phosphate and aminocellulose had a pronounced antibacterial effect due to the presence of the ionogenic group H+ or OH- in the initial drugs. A certain role in this process was played by sorption. The level of the antibacterial activity of MCC depended on the number of the carboxylic groups. MCC is promising as a dressing material.
研究了单羧基纤维素(MCC)及纤维素的其他离子交换衍生物的抗菌作用机制。结果表明,由于初始药物中存在离子ogenic基团H⁺或OH⁻,MCC、磷酸纤维素和氨基纤维素具有显著的抗菌作用。吸附在这一过程中起到了一定作用。MCC的抗菌活性水平取决于羧基的数量。MCC作为一种敷料材料很有前景。