Introduction to Enzyme and Coenzyme Chemistry - E-Library Home
Introduction to Enzyme and Coenzyme Chemistry - E-Library Home
Introduction to Enzyme and Coenzyme Chemistry - E-Library Home
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Index 287<br />
cytidine 114, 115<br />
cy<strong>to</strong>chrome 17<br />
deazaflavins 141–2<br />
decarboxylation 42–3, 168, 222<br />
a-ke<strong>to</strong> acids 176–9<br />
amino acids 213–14<br />
dehydratases 194–9, 207<br />
dehydrogenases 123–34, 251<br />
flavin-dependent 129–34<br />
NAD-dependent 123–9<br />
3-dehydroquinate dehydratase 194–6<br />
demethylation reactions 145, 146<br />
5 0 -deoxyadenosyl radical 242, 248<br />
deuterium oxide iso<strong>to</strong>pe effect 74–5<br />
2,6-diaminopimelic acid 236<br />
diffusion limit 47<br />
dihydrofolate reductase 48<br />
dihydroxy acid dehydratase 207<br />
3,4-dihydroxyphenylalanine<br />
decarboxylase 214–15<br />
dioxetane 149–50<br />
dioxygenases<br />
a-ke<strong>to</strong>glutarate-dependent 147<br />
dihydroxylating 149<br />
non-haem iron-dependent 148–51<br />
discovery of enzymes <strong>and</strong> coenzymes 1–3<br />
DNA 10, 12, 104<br />
l-dopa decarboxylase 214–15<br />
drugs, synthesis of 5–6<br />
EDTA 94<br />
effective concentration 33<br />
elastase 88<br />
electron transfer<br />
in biological systems 121<br />
dihydroxylating dioxygenases 149<br />
flavin <strong>and</strong> NAD compared 129–30<br />
iron-sulphur clusters 142–3<br />
electrophoresis 53<br />
electrospray mass spectrometry 77<br />
electrostatic interactions 20<br />
elimination reactions see addition <strong>and</strong><br />
elimination<br />
enamines<br />
in aldolases 158<br />
in alkaloid biosythesis 222–4<br />
endo-cleavage 82<br />
endopeptidases, specificity of 84<br />
enolpyruvyl transferase 206<br />
5-enolpyruvyl-shikimate-3-phosphate (EPSP)<br />
6, 203<br />
5-enolpyruvyl-shikimate-3-phosphate (EPSP)<br />
synthase 68–9, 204–6<br />
enzyme models, synthetic 265–70<br />
epimerases, cofac<strong>to</strong>r-independent 227–30<br />
epoxide hydrolase 49<br />
EPSP 6, 203<br />
EPSP synthase 68–9, 204–6<br />
erythromycin 168–70<br />
esterases 30, 98–9<br />
ethylene diamine tetra-acetic acid (EDTA) 92<br />
ethylenediamine 38–9<br />
exo-cleavage 74<br />
extraction <strong>and</strong> purification of enzymes 51–4<br />
fac<strong>to</strong>r F 420 141–2<br />
FAD 129–30<br />
farnesyl pyrophosphate 181–2<br />
fatty acids, biosynthesis of 166–70<br />
ferrodoxins 122, 149<br />
flavin adenine dinucleotide (FAD) 129–30<br />
flavin-dependent dehydrogenases 129–34<br />
flavin-dependent mono-oxygenases 134–7<br />
flavin-dependent oxidases 129–34<br />
flavodoxin 17<br />
folding, protein 13–14<br />
free energy profiles 31–2, 36, 68<br />
fruc<strong>to</strong>se-1,6-biphosphate aldolase 61, 158–62,<br />
159, 162<br />
galac<strong>to</strong>se oxidase 250–51<br />
g-aminobutyrate transaminase 224<br />
genes 10–11<br />
geraniol 179–80<br />
geranyl pyrophosphate 180, 189<br />
glutamate mutase 240, 241, 242, 244<br />
glutamate racemase 227–8<br />
l-glutamic acid 215<br />
glutamine synthetase 69, 70<br />
glutathione 137<br />
glutathione reductase 137–41<br />
glycine 8<br />
glycine radical 246<br />
glycogen 117<br />
glycoproteins 24–6, 109<br />
glycosidase enzymes 109–10, 117<br />
glycoside hydrolysis 39–40, 109<br />
rate acceleration 29<br />
glycosyl transfer reactions 109–12