Microbiology and Immunology

WORLD OF MICROBIOLOGY AND IMMUNOLOGY General Index

687

Nucleotides, 2:488, 2:552

See alsoGenetic code

Nucleus, 2:412,2: 413

Nutrition, immunology and, 1:305

Nuttall, George H.F., 2:413–414

Nystatin, 1:261

O

Ochoa, Severo, 1:324, 2:656

O157:H7, infection. See Escherichia coli

Oil spills, 2: 431

bioremediation, 1:73, 1:74,2:431–432

Olitsky, Peter K., 2:500

Olson, Maynard, 2:658

OmpC, 2:447

OmpF, 2:447

Omsk hemorrhagic fever, 1:263

Oncogene, 1:104, 1:243, 2:415,2:480, 2:558

See alsoOncogene research

Oncogene research, 1:299–300, 2:415–416,2:558

See alsoOncogene

Oncovirinae, 2:493

Oomycota, 2:461

Oparin, Aleksander, 1:350

Operating rooms, infection control, 1:310

Operon, 1:237, 1:354, 2:398, 2:416

Opossum shrimp, 2:616

Opportunistic infections, 2:612

See alsoNosocomial infections

Opsonization, 1:131, 2:416–417

Optic infections. SeeEye infections

Oral cavity. SeeMicrobial flora of the oral cavity

Origin of life. SeeLife, origin of

Orla-Jensen, Sigurd, 2:651

Oropharyngeal candidiasis, 2:546

Orthohepadnavirus,1:264

Orthomyxoviruses, 1:311–312, 2:580, 2:584

Oscillatoria,1:52

Osmosis, cell membrane transport, 1:109

Oswald-Folin pipette, 2:439

Otic infections. SeeEar infections

Otitis media, 1:172

Ottenberg, Reuben, 1:339

Owen, Ray D., 2:370

Oxidation-reduction reaction, 2:417

Oxygen cycle in microorganisms, 1:68–69, 2:418,2:418–419,2:437

Oxyluciferin, 1:72

Oysters, toxins in, 1:226, 1: 226

P

Pandemics. SeeEpidemics and pandemics

Panos, Theodore Constantine, 2:424

Papillomavirus, 2:513

Papovaviruses, 2:581, 2:584

Paracelsus, 2:644

Parainfluenzae virus, 2:575

Paralytic polio, 2:446

Paralytic rabies, 2:476

Paralytic shellfish poisoning, 1:157, 2:482

Paramecium, 2:421–422,2:422,2:459, 2:463

Paramyxovirus group, 2:368

Parasexual systems, 1:230

Parasites, 2:422–423

Entamoeba histolytica,1:11, 1:12, 1:169, 1:186–187, 1:315

Giardia,1:248–249

hyphae, 1:284

life cycle of, 2:363

mastigophora, 2:366–367

Plasmodium,2:363, 2:443–444

protozoa, 2:462–464

rare genotype advantage, 2:480

Sporozoa, 2:459, 2:526

Parasitic infection, 2:423–424

amebic dysentery, 1:11–12, 1:169, 1:186–187, 1:248–249, 2:423

Chagas disease, 1:111–112

cryptosporidiosis, 1:143

cryptosporidium, 1:143

giardiasis, 1:248–249

malaria, 2:363–364

toxoplasmosis, 2:548

Parasitism, 2:382

Parasitology, 2:422

Pardée, Arthur, 1:141, 1:318

Park, James T., 2:655

Parkman, Paul Douglas, 2:424

Parvoviruses, 2:580, 2:584

Passive immunity, 1:288–290

Passive immunization, 1:289–290

Pasteur Institute, 2:426, 2:650

Pasteur pipette, 2:439

Pasteur, Louis, 1:18,1:167, 1:192, 1:247,1:303, 2:424–426,2: 425

animal models of infection, 1:18

anthrax, 2:425

fermentation, 2:647

food preservation, 1:224

germ theory of disease, 1:28, 1:246–247, 1:273

pasteurization, 1:54, 1:246, 1:272, 2:426–427, 2:532, 2:569

rabies, 2:425, 2:475, 2:650

vaccines, 1:289, 2:495–496, 2:569

Pasteurella,2:426, 2:426

Pasteurella multocida,1:23, 2:426, 2:576

Pasteurella pneumotrophica,2:426

Pasteurization, 1:54, 1:246, 1:272, 2:426–427,2:532, 2:569

Pathogens. SeeMicrobiology, clinical; Transmission of pathogens

PBPs. SeePenicillin-binding proteins

PCR. SeePolymerase chain reaction

PDGF. SeePlatelet-derived growth factor

Pearson, Karl, 2:651

Pelagophycus porra,1:323

Penicillin, 1:25, 2:427–429

bactericidal nature of, 1:54–55

Fleming, Alexander, 1:218–219

history of, 1:112, 1:276, 2:511

Streptococcus,2:533

Penicillin-binding proteins (PBPs), 2:427

Penicillin F, 1:276

Penicillin G, 1:276

Penicillin V, 1:276

Penicillium camemberti,2:395

Penicillium chrysogenum,1:230

Penicilliummold, 2:395

Penicillium notatum,colony, 1:130,1: 277

Penicillium roqueforti,2:395

Penninger, Josef Martin, 1:123, 2:428

•

General Index

womi_index 5/6/03 1:35 PM Page 687