Waldmann K H, Amtsberg G, Bollwahn W
Klinik für kleine Klauentiere und forensische Medizin und Ambulatorischen Klinik, Tierärztlichen Hochschule Hannover.
Dtsch Tierarztl Wochenschr. 1992 Jul;99(7):306-10.
The prevention of exudative epidermitis could be confirmed in experimental investigations with gnotobiotic piglets when the skin first was colonized with avirulent strains of Staphylococcus (Staph.) hyicus and subsequently exposed to virulent strains of Staph. hyicus. However, locally restricted cutaneous lesions in the area of application corresponding to exudative epidermitis were seen in five of nine piglets. Using the strain Staph. sciuri the spread of virulent Staph. hyicus could not be suppressed. Such infected two piglets developed generalized exudative epidermitis. In another experiment with four piglets it could be shown, that the relative protective mechanism correlating to bacterial interference on the one hand can be influenced by the virulence of causative organisms. On the other hand it even can be abolished when skin lesions are involved. For that reason probably the utilization of bacterial interference in prevention of exudative epidermitis under field conditions is considerably limited.
在用无菌仔猪进行的实验研究中,当皮肤首先被无毒力的猪葡萄球菌菌株定殖,随后暴露于有毒力的猪葡萄球菌菌株时,渗出性皮炎的预防得到了证实。然而,在9只仔猪中有5只在与渗出性皮炎相对应的应用区域出现了局部局限性皮肤病变。使用松鼠葡萄球菌菌株,有毒力的猪葡萄球菌的传播无法得到抑制。这样感染的2只仔猪发生了全身性渗出性皮炎。在另一个对4只仔猪进行的实验中可以表明,一方面与细菌干扰相关的相对保护机制会受到致病生物体毒力的影响。另一方面,当涉及皮肤病变时,它甚至会被消除。因此,在田间条件下利用细菌干扰预防渗出性皮炎的可能性可能相当有限。