Phenotypic and genotypic characteristics of the E. coli strains studied.
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aPhylogenetic groups determined as in [74].bVirulence genes determined as in [73], (+) presence, (−) absence. All these data are from [72] except the amoeba model data that have been generated in this work.cPhenotypes tested as in [72], abbreviations used are: RSer: serum resistance, RBil: bile resistance, RLys: lysozym/lactoferrin resistance, Mot: motility, GenTim: generation time. Binarization of data in [72].dBiological model tested: mouse [73], [72], K: mouse killer (9 or 10 mice killed over the 10 inoculated), NK: mouse non-killer (no mouse lethality or 1–5 mice over the 10 inoculated), D.discoideum, G: grazing, GR: grazing resistance.
a. 系统发育群(phylogenetic groups):按照文献[74]的方法确定。b. 毒力基因(virulence genes):按照文献[73]的方法确定,其中(+)代表存在,(−)代表不存在。除本研究生成的变形虫模型数据外,所有数据均源自文献[72]。c. 本研究检测的表型(phenotypes)参照文献[72]的方法,所用缩写如下:RSer:血清抗性(serum resistance),RBil:胆汁抗性(bile resistance),RLys:溶菌酶/乳铁蛋白抗性(lysozyme/lactoferrin resistance),Mot:运动性(motility),GenTim:代时(generation time)。已对文献[72]中的数据进行二值化处理。d. 本研究所用生物学模型:小鼠[72, 73];K:小鼠致死株(10只接种小鼠中有9或10只死亡),NK:小鼠非致死株(无小鼠死亡或10只接种小鼠中仅1~5只死亡);盘基网柄菌(D.discoideum);G:摄食(grazing),GR:摄食抗性(grazing resistance)。



