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INDEX 471<br />

Fluorescence-activated cell sorting, 7<br />

FMRFamide-related peptides (FaRPs), 360,<br />

378–84<br />

alternative splicing, 382<br />

cestodes/trematodes, 391–2<br />

nematodes:<br />

genes, 383<br />

muscle cell actions, 382<br />

nomenclature, 380<br />

receptor diversity, 383–4<br />

sodium-channel gating, 383<br />

structure, 381–2<br />

Folate metabolism, 192, 193, 408<br />

antagonists, 407<br />

resistance, 407–10<br />

Fructokinase, 128<br />

Fructose-1,6-bisphosphate aldolase, 128<br />

Furazolidine, 425, 453, 454–5<br />

G-protein-coupled receptors, 257<br />

GABA, 359, 360, 372<br />

Ascaris muscle response, 372<br />

cestode/trematode neuro<strong>trans</strong>mission, 389<br />

single-channel current activation, 372, 373<br />

GABA receptors, 372<br />

-cystathionase, 186<br />

-glutamyl-cysteine synthase, 192, 415<br />

Gastrodermis (gastrovascular cavity), 302–3,<br />

309–11<br />

GEET genes, 83<br />

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

Gene conversion, variant surface glycoprotein<br />

(VSG) switching, 99, 101<br />

Gene expression regulation, 67, 68<br />

Genetic maps, 6<br />

physical, 7–8<br />

Genome, 20<br />

organization, 18<br />

size, 4, 5, 18<br />

Genome sequencing, 4, 8–14<br />

data analysis, 16<br />

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

genome survey sequences (GSS), 10, 11<br />

map-based, 10–11<br />

reference strains, 13–14<br />

shotgun sequencing, 11<br />

error rate, 13<br />

preliminary data releases, 13<br />

whole chromosomes/whole genomes,<br />

11–13<br />

Genome survey sequences (GSS), 10, 11<br />

Genomics, 3–27<br />

dataset bioinformatics, 14–17<br />

parasitic groups, 4–6, 18–26<br />

information sources, 18, 19–20<br />

research aims, 3–4<br />

study methods, 6–14<br />

whole genome assays, 17–18<br />

Giardia, 125<br />

calcium-binding proteins, 251, 252<br />

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

270<br />

Giardia duodenalis, see Giardia intestinalis<br />

Giardia intestinalis, 125, 397, 436, 437<br />

amino acid metabolism, 183, 185, 187, 188<br />

glutamate dehydrogenases, 182<br />

amitochondriate state, 282, 283<br />

chemotherapy, 425, 453–4<br />

drug resistance, 135, 425<br />

class II <strong>trans</strong>cription of protein coding genes,<br />

56–7<br />

cysteine uptake, 173<br />

energy metabolism, 130, 133, 134, 135, 136<br />

subcellular organization, 127<br />

genome, 22<br />

proteolytic enzymes, 176, 181<br />

purine metabolism, 198, 208, 216–17<br />

pyrimidine metabolism, 198, 206, 222<br />

20S proteasome, 177<br />

Giardia lamblia, see Giardia intestinalis<br />

Girardia tigrina, 392<br />

glc-1, 374, 376<br />

glc-2, 375<br />

glc-3, 374<br />

Globodera pallida,25<br />

Glossina,90<br />

glr-1, 373<br />

Glucokinase, 128, 136<br />

Gluconeogenesis, 340<br />

Glucose phosphate isomerase, 158<br />

Glucose <strong>trans</strong>porter 1 (GLUT1), 157, 307<br />

Glucose <strong>trans</strong>porter 5 (GLUT5), 158<br />

Glucose <strong>trans</strong>porters:<br />

Plasmodium falciparum, 156, 157–8<br />

Schistosoma, 307<br />

trypanosomes, 144<br />

Glucose uptake:<br />

cestodes, 300<br />

nematodes, 318, 330<br />

Plasmodium falciparum, 155, 156, 157–8<br />

trematodes, 306–7<br />

Glucose-6-phosphatase, 341

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