Gustafsson B E, Carlstedt-Duke B
Acta Pathol Microbiol Immunol Scand B. 1984 Oct;92(5):247-52. doi: 10.1111/j.1699-0463.1984.tb02829.x.
Water-soluble intestinal mucins were investigated in germfree (GF), exgermfree (EXG) and conventional (CONV) rats and in GF and CONV mice. After agar gel electrophoresis, all GF animals had similar specific band patterns demonstrated by PAS and Toluidine Blue. These patterns, never seen in CONV animals, disappeared in GF animals infected either with intestinal contents from CONV rats or mono-infected with a mucin converting microorganism, labelled Peptostreptococcus N. The intestinal microflora seem to have a profound influence on the water-soluble mucins, and specific microorganisms appear to be involved in the conversion of these substances. Any CONV animal with a GF mucin pattern in the faeces must be considered to have a disturbance of the normal intestinal microflora.
在无菌(GF)、无菌后(EXG)和常规(CONV)大鼠以及GF和CONV小鼠中研究了水溶性肠道粘蛋白。琼脂凝胶电泳后,所有GF动物都有相似的特异性条带模式,经PAS和甲苯胺蓝显示。这些模式在CONV动物中从未见过,在感染了CONV大鼠肠道内容物或单感染了一种标记为消化链球菌N的粘蛋白转化微生物的GF动物中消失。肠道微生物群似乎对水溶性粘蛋白有深远影响,并且特定微生物似乎参与了这些物质的转化。任何粪便中具有GF粘蛋白模式的CONV动物都必须被认为存在正常肠道微生物群的紊乱。