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470 INDEX<br />

Entamoeba, 125<br />

Ca 2 metabolism, 242, 243, 245<br />

calcium-binding proteins, 252<br />

mitogen-activated protein (MAP) kinases, 268<br />

Entamoeba dispar:<br />

amino acid metabolism, 188<br />

proteolytic enzymes, 181<br />

Entamoeba histolytica, 125, 397, 425–6, 437<br />

adenosine <strong>trans</strong>port, 206<br />

amino acid metabolism, 185, 187, 188, 193<br />

<strong>trans</strong>port, 173<br />

amitochondriate state, 282<br />

Ca 2 metabolism, 248<br />

calcium signaling, 255<br />

calcium-binding proteins, 253<br />

chemotherapy, 426, 438, 453–4<br />

nitroimidazoles resistance, 135<br />

energy metabolism, 128, 130, 134, 136<br />

subcellular organization, 127<br />

genome, 22<br />

invasion process, 255<br />

proteolytic enzymes, 173, 175, 181<br />

purine metabolism, 216–17<br />

pyrimidine metabolism, 222<br />

11S proteasome, 178<br />

20S proteasome, 177<br />

<strong>trans</strong>cription:<br />

-amanitin-resistant, 49<br />

class II protein coding genes, 57–8<br />

Entamoeba invadens:<br />

calcium metabolism, 250<br />

proteasome, 177, 180<br />

Entamoebids, 125<br />

Enterobius vermicularis, 456<br />

Enterocytozoon bieneusi, 456<br />

Enterocytozoon intestinalis, 456<br />

Enzymatic post-<strong>trans</strong>criptional RNA<br />

processing, 69<br />

EP:<br />

mRNA <strong>trans</strong>lation/degradation, 81–3<br />

<strong>trans</strong>cription regulation, 73, 78, 79<br />

EP-procyclins, 227, 228<br />

Epicuticle, 312–13, 314<br />

Equilibrative nucleoside <strong>trans</strong>porters (ENTs), 200<br />

Erythrocyte glucose uptake, 157<br />

ESAG (expression site-associated genes), 97<br />

encoded proteins, 99<br />

ESAG4, 260<br />

ESAG6, 101, 102<br />

ESAG7, 101, 102<br />

Esterase, 329<br />

Eugeloids, 31<br />

Eukaryote genome size, 4<br />

Europlus, 322<br />

Evolutionary aspects:<br />

amitochondriate organisms, 282–4<br />

energy metabolism, 136–7<br />

glycosomes, 152<br />

plastids, 287<br />

RNA <strong>trans</strong>-splicing, 30–2<br />

Excretion, nematodes, 323–6<br />

Exopeptidases, 173<br />

Exosome, 72<br />

Expressed sequence tags (EST), 8–10<br />

analysis, 15–16<br />

parasitic organism datasets, 9<br />

Falcilysin, 177, 179, 180<br />

Falcipain, 179, 180<br />

Falcipain 1, 175<br />

Falcipain 2, 175<br />

Falcipain inhibitors, 181<br />

FaRPs, see FMRFamide-related peptides<br />

Fasciola gigantica, 222<br />

Fasciola hepatica:<br />

amino acid catabolism, 183<br />

chemotherapy, 458, 459<br />

developmental biology, 309<br />

energy metabolism, 344, 345, 350, 352, 355<br />

gastrodermis, 309, 310<br />

inorganic ion <strong>trans</strong>port, 308, 310<br />

neurophysiology:<br />

acetylcholine, 387<br />

dopamine, 391<br />

5-hydroxytryptamine, 390<br />

noradrenaline, 390<br />

nutrient absorption, 306, 310<br />

proteolytic enzymes, 178<br />

tegument, 303, 305, 306<br />

Fasciolopsis buski, 458<br />

Fatty acid carrier-mediated <strong>trans</strong>port, 300<br />

FCaBP, 253<br />

Ferredoxin NAD oxidoreductase, 131<br />

Ferredoxins, 133<br />

nitroimidazole mechanism of action, 135, 284<br />

Ferritin mRNA <strong>trans</strong>lational control, 70<br />

Flame cell (protonephridial) system, 303, 311<br />

flp genes, 382, 383<br />

Fluconazole, 423<br />

Fluorescence in situ hybridization (FISH):<br />

karyotype analysis, 7<br />

physical genome mapping, 7, 8

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