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476 INDEX<br />

Maduramicin, 412<br />

Major variant erythrocyte surface proteins,<br />

107<br />

Malaria, see Plasmodium<br />

Malate:ubiquinone oxidoreductase, 164–5<br />

Malate dehydrogenase, 130, 164<br />

Maltase, 329, 330<br />

Manan-like carbohydrate, 237<br />

Mannitol 1-phosphatase, 167<br />

Mannitol 1-phosphate dehydrogenase,<br />

166–7<br />

inhibitors, 167–8<br />

Mannitol cycle, 166, 168<br />

Mannitol dehydrogenase, 167<br />

Mansonella streptocerca, 458<br />

Map-based genome sequencing, 10–11<br />

MDR1, 417<br />

mdr1a, 333<br />

Mebendazole, 460<br />

mec-8, 317, 318<br />

Mefloquine, 440, 441, 442, 443–5<br />

resistance, 406–7, 443<br />

structure, 401, 440<br />

Megasome, 180<br />

Megazol, 432<br />

Meglumine antimonate, 413, 451<br />

Melarsen oxide, 147<br />

Melarsoprol, 412, 419, 430, 448, 450<br />

mode of action, 419<br />

resistance, 419, 448<br />

Meloidogyne,20<br />

Membrane-bound acid phosphatase, 237<br />

Mesocestoides corti, 392<br />

Metagonimus yokogawi, 458<br />

Metalloproteinases, 174, 176–7, 178, 179, 180<br />

Methionine:<br />

catabolism, 185, 186<br />

polyamines synthesis, 189–91<br />

recycling, 185, 186<br />

Methionine adenosyl<strong>trans</strong>ferase, 191<br />

Methionine -lyase, 185<br />

Methotrexate resistance, 418<br />

Methylene blue dye, 439, 440<br />

5 Methylthioadenosine (MTA) nucleosidase,<br />

185<br />

5 Methylthioadenosine (MTA) phosphorylase,<br />

185<br />

5-Methylthioribose kinase, 185<br />

Methyridine, 368<br />

Metorchis conjunctus, 458<br />

Metrifonate (trichlorfon), 367, 389<br />

Metronidazole, 432, 438, 453–4<br />

mode of action, 135, 284, 453<br />

resistance:<br />

Entamoeba histolytica, 426<br />

Giardia duodenaslis, 425<br />

Trichomonas vaginalis, 424–5<br />

structure, 414<br />

Microaerophilic organisms, 126<br />

Microsporidia, 125, 283<br />

Microtriches, 298<br />

biochemistry/molecular biology, 299<br />

Miltefosine, 414, 452, 453<br />

resistance, 417<br />

Mitochondria, 277<br />

Ca 2 <strong>trans</strong>port, 242, 243–5<br />

endosymbiosis:<br />

reduction processes, 279–80<br />

theory, 277–9<br />

kinetoplastids, 281–2<br />

metabolism, 280–2<br />

drug targets, 281<br />

Plasmodium, 281<br />

targeting of nucleus encoded gene products,<br />

280<br />

Mitochondrial energy metabolism, 278<br />

helminths, 339–40, 344–53, 354<br />

Plasmodium falciparum, 161–5<br />

citric acid (TCA) cycle, 164–5<br />

electron <strong>trans</strong>port, 161–3<br />

oxidative phosphorylation, 163–4<br />

Mitochondrial genome, 278<br />

evolutionary reduction, 279<br />

intracellular gene <strong>trans</strong>fer, 279–80<br />

nematodes, 25<br />

Plasmodium, 161, 281<br />

RNA editing processes, 38<br />

see also Kinetoplast<br />

Mitogen-activated protein (MAP) kinase:<br />

gene expression regulation, 268<br />

intracellular signaling, 266–70<br />

protozoan parasites, 268–70<br />

apicomplexans, 268–9<br />

Giardia, 168, 270<br />

kinetoplastids, 269–70<br />

scaffold proteins, 267<br />

three-kinase activation, 266–7<br />

Mitosome (cryptome), 126, 282<br />

Monesia expansa, 392<br />

Monesin, 412<br />

Moniezia benedeni, 222<br />

Morantel, 368

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