Fluer F S, Men'shikov D D, Lazareva E B, Prokhorov V Ia, Vesnin A V
Zh Mikrobiol Epidemiol Immunobiol. 2007 Nov-Dec(6):11-6.
Experimental in vitro study of influence of 2% solution of pectins (red beet, apple, citrus, manufactured by "Vitaline" company, citrus high- and low-etherified pectins, manufactured by "Hercules" company, Unipectine OB 700, and biologically active supplement "Pecto") on growth of staphylococci and production by them of type A and B enterotoxins was performed. It was shown that red beet, citrus high- and low-etherified pectins, as well as biologically active supplement "Pecto" render bactericidal effect on staphylococci and inhibit synthesis of types A and B staphylococcal enterotoxins. Citrus pectin "Vitaline" and Unipectine OB 700 don't have such influence. The most effective pectins, which were able to inhibit synthesis of types A and B staphylococcal enterotoxins, were red beet, apple, and citrus low-etherified pectins as well as biologically active supplement "Pecto".
开展了一项体外实验研究,观察2%的果胶溶液(红甜菜果胶、苹果果胶、柑橘果胶,由“Vitaline”公司生产;柑橘高酯化和低酯化果胶,由“Hercules”公司生产;Unipectine OB 700;以及生物活性补充剂“Pecto”)对葡萄球菌生长及其A型和B型肠毒素产生的影响。结果表明,红甜菜果胶、柑橘高酯化和低酯化果胶以及生物活性补充剂“Pecto”对葡萄球菌具有杀菌作用,并抑制A型和B型葡萄球菌肠毒素的合成。“Vitaline”柑橘果胶和Unipectine OB 700没有这种影响。能够抑制A型和B型葡萄球菌肠毒素合成的最有效果胶是红甜菜果胶、苹果果胶、柑橘低酯化果胶以及生物活性补充剂“Pecto”。