RT Journal Article
SR Electronic(1)
A1 Tsukamura, M.YR 1976
T1 An Approach to Numerical Identification of Bacterial Species
JF Microbiology,
VO 95
IS 2
SP 207
OP 212
DO https://doi.org/10.1099/00221287-95-2-207
PB Microbiology Society,
SN 1465-2080,
AB SUMMARY: The distribution of matching coefficients (M values) for strains of a species to their own hypothetical mean organism (HMO) or to HMO patterns of other organisms was studied in 754 strains of 19 mycobacterial species, testing for 91 discriminating characters. The M values of strains of a species to the HMO of other species usually showed a normal distribution, and M values to their own HMO showed either a normal distribution or a binomial distribution, depending on the mean of M values. If the number of test characters was large, the binomial distribution usually resembled the normal distribution. After preparation of the HMO for every species and estimation of the mean of the M values (M) and the standard deviation (s), numerical identification could be carried out: if a test strain had an M value to the HMO of species x that only fell within the range (M ±2s) for species x, the strain would be identified as a member of that species.,
UL https://www.microbiologyresearch.org/content/journal/micro/10.1099/00221287-95-2-207