Microbiology and Immunology

WORLD OF MICROBIOLOGY AND IMMUNOLOGY General Index

685

clinical, 2:384–387

historical chronology, 2:643–660

history of, 1:273–274

medical training and careers in microbiology, 2:371–373

petroleum microbiology, 2:431–432

proteomics, 2:457–458

radioisotopes, 2:479–480

in vitroand in vivoresearch, 1:307–308

See alsoHistory of microbiology; Laboratory techniques in

microbiology; Marine microbiology; Microscope and

microscopy; Qualitative and quantitative analysis in microbi-

ology; Quality control in microbiology; Veterinary microbiol-

ogy

Microbiology, clinical, 2:384–387,2:385,2: 386

Microcystin, 1:82

Microcystis aeruginosa,1:82

Microorganisms, 2:387

attractants and repellents, 1:37

biogeochemical cycles, 1:68–69

carbon cycle, 1:100–101

nitrogen cycle, 2:410–411

oxygen cycle, 2:418–419

sulfur cycle, 2:536

See alsoBacteria; Bacterial infection; Fungal infection; Fungi;

Genetic identification of microorganisms; Microbial symbio-

sis; Microbial taxonomy; Microscope and microscopy; Viral

infection; Viruses and responses to viral infection

Micropipettes, 2:439

Microscope and microscopy, 1:335, 2:388–389,2: 389

Abbe, Ernst, 1:1

atomic force microscope, 1:36–37

bacterial ultrastructure, 1:53–54

electron microscope, 1:179–180

electron microscopic examination of microorganisms, 1:180–181

epifluorescence microscopy, 1:222

field ion microscope, 1:180

fluorescent dyes, 1:222

immunofluorescence microscopy, 1:299

light microscope, 2:388, 2: 389

negative staining, 1:181

scanning confocal microscope, 2:473

scanning electron microscopy (SEM), 1:180, 2:388

scanning tunneling microscope (STM), 2:388

spectroscopy, 2:524–525

transmission electron microscope (TEM), 1:179,1:179–181,

2:388

See alsoDyes; Laboratory techniques in microbiology

Microwave spectroscopy, 2:524

Miescher, Johann, 1:161, 2:488, 2:648

Miller, Jacques, 2:656

Miller, Stanley L., 1:351, 2:389, 2:390–391

Miller-Urey experiment, 2:389–390,2:403, 2:563

Milstein, César, 1:28, 1:30, 1:321, 2:391–392,2:392,2:657

Milstein-Köhler technique, 1:30

Missense mutations, 2:405

Mitchell, Peter, 1:182

Mites, 2:423

Mitochondria and cellular energy, 2:392–393

disorders of, 2:393

Krebs cycle, 1:331–332

mitochondrial DNA, 2:393

mitochondrial inheritance, 2:393–394

Mitochondrial DNA, 2:393

mitochondria and cellular energy, 2:392–393

mitochondrial inheritance, 2:393–394

See alsoMutations and mutagenesis

Mitochondrial encephalomyopathy, lactic acidosis and strokelike

episodes (MELAS), 2:393

Mitochondrial EVE, 2:394

Mitochondrial inheritance, 2:393–394

Miller-Urey experiment, 2:389–390, 2:403

mitochondria and cellular energy, 2:392–393

mitochondrial DNA, 2:393

See alsoMutations and mutagenesis

Mitosis, 1:103–104, 1: 104

eukaryotes, 1:106–107, 1:121, 1:243–244

MMR. SeeMeasles, mumps, and rubella (MMR) vaccine

Moist heat sterilization, 2:532

Mold, 2:394–395

colony and colony formation, 1:129–130

Dictyostelium discoideum,1:155

eye infections, 1:213

Neurospora crassa,2:409–410

Sick Building Syndrome, 2:408

slime molds, 1:155, 2:461, 2:518–519

See alsoMycology

Molecular biology and molecular genetics, 2:395–397,2: 396

amino acid chemistry, 1:14–16, 1: 15

Asilomar conference, 1:36

bacterial artificial chromosome (BAC), 1:48–49

bacterial ultrastructure, 1:53–54

fluorescence in situhybridization (FISH), 1:221–222, 2:415

gene, 1:237–238

mitochondrial inheritance, 2:393–394

oncogene, 2:415

phenotype and phenotypic variation, 2:435

plasmids, 1:200, 2:442–443

polymerase chain reaction (PCR), 2:446–447

protein crystallography, 2:452

protein export, 2:453–454

proteomics, 2:457–458

radiation mutagenesis, 2:477–478

restriction enzymes, 2:485

transduction, 2:549

transformation, 2:549–550

transgenics, 2:550–551

translation, 2:551–553

in vitroand in vivoresearch, 1:307–308

See alsoMutations and mutagenesis

Molecular chaperones, 1:113

Molecular cloning, 1:75

Molecular rotational resonance spectroscopy, 2:524

Möllendorff, Wilhelm von, 1:330

Monera, 2:450

Monoclonal antibodies, 1:28, 1:29–30,1:304, 1:334

Monod, Jacques Lucien, 1:138, 1:141, 1:318, 2:381, 2:397–399,2:656

Mononucleosis, infectious, 1:201, 2:399

Monovalent antiserum, 1:32

Montagnier, Luc, 1:7, 1:233, 1:234, 2:399–401,2:400,2:658

Montague, Mary Wortley, 1:246, 2:401–402,2:569

Moore, Ruth Ella, 2:402

Moore, Stanford, 2:657

Morgan, Thomas Hunt, 1:161, 1:237, 1:241, 2:398, 2:652

Mosquitoes, as carriers of disease, 2:423

Mössbauer, Rudolf, 2:525

Mössbauer effect, 2:525

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General Index

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