CAJ | 학술논문

比较细菌芽胞的遗传同源性、结构和抗力差异,为炭疽芽胞的替代试验菌的可靠评价提供依据.采用资料检索、生物信息分析、显微镜观察和微生物学技术分析不同芽胞的遗传同源性、超微结构和抗力差异.炭疽芽胞与腊样芽胞的结构和大小相似,生物遗传同源性最近,对热力、UVC和有效氯的抗力相近.腊样芽胞对炭疽芽胞的代表性最好,可以倾向性选用其替代炭疽芽胞进行试验研究.
비교세균아포적유전동원성、결구화항력차이,위탄저아포적체대시험균적가고평개제공의거.채용자료검색、생물신식분석、현미경관찰화미생물학기술분석불동아포적유전동원성、초미결구화항력차이.탄저아포여석양아포적결구화대소상사,생물유전동원성최근,대열력、UVC화유효록적항력상근.석양아포대탄저아포적대표성최호,가이경향성선용기체대탄저아포진행시험연구.
Genetic homology, structure, and resistance difference of bacillus spores were compared to provide founda-tion to evaluate the reliability of experimental substitute for Bacillus anthracis spore using data-search, bio-information analysis, microscopic observation, and microbiological technology to analyze the genetic homology, ultrastructure, and resistance difference of different spores. The results showed that the structure and the size of B. anthracis was similar to those of B. cereus, very close in genetic homology, close in the resistance against heat, UVC, and effective chlo-rine. Therefore, B. cereus had the best representativeness of B. anthracis, and could be used tendentiously and selec-tively to study their spores.