Infectious multiple drug resistance / S. Falkow.

  • Falkow, Stanley.
Date:
1975
Catalogue details

Licence: Attribution-NonCommercial 4.0 International (CC BY-NC 4.0)

Credit: Infectious multiple drug resistance / S. Falkow. Source: Wellcome Collection.

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    Subject index 297 Nalidixic acid resistance (Nx), 8^ 80, 81 Neisseria gonorrhoeae, 2, 137, 160 Neomycin resistance (Nm), 80, 212, 214-218 Nickel resistance (Ni), 80, 81, 274 Nontransmissible plasmids, compatibility properties of, 161 detection of, 91 maintenance of, 151,153 mobilization of, 48, 93 molecular homology, 187,188 molecular properties of, 111 -113, 187 R-factors, 87-95,110-114 replication, 116,117,123,137 significance, 52,94, 112-114,187 specific examples, Ap, 113, 123 ASu, 111, 161 ДАр, 88,92 ДАр Su-Sm, 88 Д5и-8т, 88,92 ДТс, 88 NTPl, 111 NTP4, 111 pSClOl, 168-170,172, Plate 5 pSC102, 168, 169, Plate 5 RSFlOlO, 111, 117 RSF1030, 116,117,123,151,152, 187 Su-Sm, 111-113, 116, 123, 132, 152,155,161, 169, 187, 192 Tc, 123, 187 (see also Col El, E2, E3,CloDF13) Nosocomial infection, 63-69, 236-242 Open circular DNA, 98-102 Operon, 29 Origin, of replication, 115, 116 of transfer, 11-14 Oxacillin, 210 ?-lac*, 45, 54 Paramomycin, 80,218 Penicillin, 80, 208-211 (see also Ampicillin, etc.) Penicillin amidase, 208 Penicillinase (see /3-lactamase) Phage donor specific, 19,46,48,153,181, 182 phage171 Phage (continued) phage 6l5, 83 phage б34, 83 phage X, circularization, 24, 25, 98 derivatives Xbio, 28; Mg, 28; Idv, 51, 52, 113;XN, 51-53, 113 DNA, 24, 25, 53, Plate 4 excision, 27 genes: cl, 29,30-33 cll, 33 cIII, 33 ero, 31-33 'head', 31 int, 27,30,32 'lysis', 32 N, 32, 33,51 O, 32,33,51 P, 32,33,51 Q, 32,33,51 red, 32, 178 rex, 30 'tail', 31 xis, 27, 32 homology, 27, 197 induction, 29, 30 map, 31 prophage, 25-30 replication, 32,33,115,117,151, Plate 2 repressor, 29, 30 restriction, 164,165 phage PI, derivatives PI CM, 195; Pldl, 195 discovery, 50 DNA, 53,85 prophage, 50 replication, 151,153 transduction, 83-87,92,178,200 phage P2, 50-53, 115, 117 phage P3, 50 phage P22, discovery of, 49 DNA, 53,85, 133 prophage, 49 transduction, 83-87,92,145,178, 184 phage 080, 194, 195 phage 0X174, 115, 153, Plate 2 Phages, T group, 23, 53, 77, 178 Phenocopy, 155