King A, Holmes B, Phillips I, Lapage S P
J Gen Microbiol. 1979 Sep;114(1):137-47. doi: 10.1099/00221287-114-1-137.
On the basis of cluster analysis, average similarities within and between groups, and DNA base composition of selected strains, Pseudomonas pickettii appeared to be a distinct species comprising several biotypes. Although some or all of these biotypes, represented by subclusters in our computer study, may ultimately warrant recognition as separate species, our results were not conclusive enough to warrant such a proposal at present. Most strains tentatively named 'P. thomasii' could be included in P. pickettii so that the name P. pickettii, which was validly published whilst 'P. thomasii' was not, takes priority over 'P. thomasii'. Strains of Group Va (Tatum et al., 1974) examined were also included in P. pickettii. Group IVd (King, 1964) did not appear to be a natural group but some of the strains could also be included in P. pickettii.
基于聚类分析、组内和组间的平均相似度以及所选菌株的DNA碱基组成,皮氏假单胞菌似乎是一个包含多个生物型的独特物种。尽管我们计算机研究中的子聚类所代表的这些生物型中的一些或全部最终可能值得被认可为独立的物种,但目前我们的结果还不够确凿,不足以支持这样的提议。大多数暂时命名为“托马斯假单胞菌”的菌株可以归入皮氏假单胞菌,因此有效发表的皮氏假单胞菌这个名称优先于未有效发表的“托马斯假单胞菌”。所检测的Va组菌株(塔特姆等人,1974年)也归入皮氏假单胞菌。IVd组(金,1964年)似乎不是一个自然组,但其中一些菌株也可以归入皮氏假单胞菌。