SUBJECT INDEX
457
metabolism inhibition of, 406
serological testing of, 396
the species concept, 381
taxonomy of, 378
Mycoplasmataceae, 379 et seq.
Mycoplasmatales, 379 et seq.
N
Nocardia, 288, 310
0
Odontomyces viscosus, 288
P
Perfringocin, 6
Propionibacterium, 3 10
Proteus vulgaris, 106
R
Rothia, 288 et seq.
R. dentocariosa, 289 et seq., 310
S
Salmonella, 39, 106
Schick test, 82
responses to, 83
Shigella, 106, 117 et seq.
antigenic scheme of, 183
antigenic variability of, 185
antigens,
K, 180
0, 180
cross reactions between other
species and, 185
thermolabile, 186
bacteriophage typing of, 177-281
bacteriophages, source of, 188
bacterium-phage interactions, 188
biotype, 187
group antigen polysaccharides in, 186
incidence in Sweden, 222
lysogenic conversion of bacterial
antigens, 189
lysotyping, 191
phage patterns, computer analysis of,
273, 275
phage type patterns, reproducibility
and stability of, 277
phage typing,
epidemiological use of, 278
method for, 191
morphology of, 190
properties of, 190
serology of, 190
serogroups of, 180
serology of, 180, 187
species within the genus, 181
S-R variation, 181
taxonomy of, 179
S. boydii, 178 et seq.
lytic phage patterns of, 21 8
phage typing of, 214
S. boyd-novgorod, 180
S. dysenteriae, 178 et seq.
phage typing of, 191
S. jlexneri, 178 et seq.
biotypes of, 187
phage types of, 216
phage typing of, 192
serotypes of, 215
typing phages, critical dilutions and
phages,
lytic patterns of, 212
international set for, 193, 209
routine test dilutions of, 210
S . grigorev-shiga, 180
8. newcastle, 180
S. sonnei, 178 et seq.
lysogeny in, 188
phage patterns of strains of, 274
phage types of, 266
incidence of, 279
phage typing of, 214
international set for, 221, 223
sera of phase I and phase 11, 185
S. stuzeri-schmitzii, 180
Shigellosis, 178
Spirillaceae, 43 6
Spiroplasma, 379 et seq.
Spiroplasmataceae, 379 et seq.