Subject Index 



659 



Ferrimyoglobin hydroxide, formation of 

 136 

 magnetic moment, elTect of temperature 



128-132 

 spectra of 114 

 effect of temperature 128-132 

 Ferriperoxidase, oxidation of 252, 253 



spectra of 112 

 Ferriperoxidase cyanide, spectra of 113 

 Ferriperoxidase fluoride, spectra of 113 

 Ferriperoxidase hydroxide, spectra of 116, 



123 

 Ferriprotohaem chloride, structure of 61 

 Ferriprotohaemln dicyanide, spectra of 



144, 145, 150, 151 

 Ferrocytochrome c, spectra of 153, 162, 

 568 

 extraction of 361 

 oxidation of 263, 279, 597-598 

 reaction with cytochrome oxidase 

 290-291, 598-599 

 Ferro haem compounds, spectra of 330- 



333 

 Ferrohaemin complexes, spectra of 162, 



163, 164, 167 

 Ferrohaemochromes, spectra of 154 

 Ferrohaemoglobin, electronic structure 1 58 

 oxidation of 103 

 spectroscopic pattern 158 

 Ferrous complexes, structure of 96 

 Ferrous dipyridyl complex, spectrum of 



145 

 Ferrous haematin compounds, spectra of 



327-328 

 Ferrous orthophenanthroline, spectra of 



171 

 Ferrous o-phenanthrolene, spectrum of 



145 

 Ferrous 1 : 10-phenanthroline, spectrum of 



145 

 Flavine, content of nitrate reductase, 399 

 Flavocytochrome b^, and cytochrome b.,, 

 501, 524, 559, 563 

 autoxidation of 516, 517, 519, 524-533 

 effect of catalase 528-529 

 effect of concentration of lactate 526, 



531-532 

 effect of enzyme concentration 525, 



531 

 effect of ionic strength 527-528, 532 

 effect of iron 530, 532 

 effect of metals 530-53 1 , 532 

 effect of oxygen pressure 527, 531, 



532 

 effect of pH 527 

 stoichiometry of reaction 529-530 

 extraction of 524-525 



Flavoproteins, free radical formation in 



572-573 

 Formate dehydrogenase, in E. coli 394 

 Formyldeuteroporphyrin, spectra of 37 

 Formylpyrroporphyrin, spectra of 37 



Globin, combination with copper 375-376 

 contribution to spectra of haemin 



chromoproteins 1 56 

 native 190 

 Globin ferroprotoporphyrin, electronic 

 structure 1 58 

 spectrum of 158 

 Globin-N, replacement by cyanide 88 



Haem, affinity of cytochrome c for 91, 92, 



93 

 attacliment to apoprotein 184 

 attachment to caffeine 178-179 

 attachment to proteins 179-181 

 attachment to serum albumin 177-178 

 attachment to theophylline 179 

 binding affinity with proteins 87-89 

 binding groups with haemoproteins 



94-96 

 combination with carbon monoxide 98 

 complexes formed with bases 74-76 

 component of cytochrome c oxidase 



283-285, 286 

 effect of oxygenation 183 

 groups in cytochrome Cg 415 

 haematin propionate groups reduced to 



176 

 haemochrome formation of proteins 



with 89-93 

 oxidation of 99 

 reaction with cyanide ion 101 

 reactions with ligands 79 

 Haem a, preparation of 322 

 structure of 275, 284, 358 

 Haem Oa. properties of 360-361 

 purification of 354 

 spectrum of 360 

 structure of 345-356, 358 

 Haem compounds, oxidation-reduction 



potentials of 53-54 

 spectra of 71-74 



spin states 4, 5, 7, 8, 12, 14, 15, 71-74 

 Haem a compounds, spectra of 325-328, 



330-333, 355 

 Haematin, attachment of theophylline to 



179 

 attachment to caffeine 178-179 

 attachment to serum albumin 177-178, 



191 

 localization in yeast fractions 228-231 

 spectra of, in yeast fractions 225-231 



