SUBJECT INDEX 



ACETYLRHODOPORPHYRIN, SpCCtni of 37 



Aerobacter aerogenes, haem in 354 

 Aetiomyoglobin 568 

 Actioporphyrins, spectra of 37 

 Amino acids, in cytochrome b^_, 503 

 in cytochrome c 363, 365-368 

 in cytochrome f 3 410,415 

 3-Amino-l :2:4-triazole, inhibition of 

 catalase by, 236-244 

 rate of, 240-241 

 theoretical aspects 237-240 

 Amytal, effect on pyridine nucleotide 



oxidation 603-604 

 Antimycin, effect on cytochrome b 576, 

 582-585 

 inhibitory action of 626-627 

 Apohaemoglobin, attachment of haem to 

 180 

 attachment of nickel mesoporphyrin to 



180, 181 

 preparation of 175-176 

 Apomyoglobin, attachment of nickel meso- 

 porphyrin to 180,181,184,185 

 Apoprotein, attachment to haem 184 

 Arginine, in cytochrome c 90 

 in cytochrome 6., 503 

 in haemoglobin 90 

 in myoglobin 90 

 in serum albumin 90 

 in serum globulin 90 

 Ascites tumour cell, cytochrome a^-CO 



compounds in 332 

 Ascorbic acid, copper catalised oxidation 



of 372-374 

 Azotobacter vinelandii, cytochromes from 

 445^W6 



Bacillus subtilis, cytochrome aj in 336 



utilization of iron by 197-198 

 Bacteria, origin of respiratory particles in 

 223-224 

 purple photosynthetic 419-431 

 structure of cytochrome c in 389-390 

 sulphur 407-414, 415 

 chlorophyll-cytochrome interactions in 



601 

 cytochrome Cg in 416-418 

 evolution of 416-418 

 respiration in 401-406 



Bismuth, combination with porphyrin 38 



incorporation into porphyrin c 215 

 Blood catalase activity 243 

 Bohr effect, and haem-binding 94-96 



Cadmium, combination with porphyrin 38 



incorporation into porphyrin c 215 

 Cadmium porphyrin complexes, spectra of 64 

 Caffeine, attachment of haem to 178, 179 



attachment of haematin to 178-179 

 Carbon monoxide 

 combination with haem 98 

 combination with haemochromes 98 

 combination with haemoglobin 98 

 reaction with cytochrome c oxidase 

 292-294 

 Carbon monoxide-haem complexes, formed 



in presence of pyridine 76-79 

 Carbon monoxide haematin compounds, 



spectra of 328 

 Carbonylhaemoglobin, electronic structure 

 of 158 

 location of maxima in spectra 153 

 spectra of 143, 158 

 Carboxyhaemoglobin, attachment to nickel 



mesoporphyrin 180, 181, 184, 185 

 Catalase, deficiency in Man 417^18 

 effect on autoxidation of flavocyto- 



chrome b. 528-529 

 electronic structure 248, 251 

 inhibition of 236-244, 259 

 oxidation mechanisms 245-252 

 porphyrin molecule 250 

 protection of cytochrome b.^ 506 

 Catalase-peroxide complex 254-259 



structure of 246—249 

 Cell, distribution of pyridine nucleotides in 

 627-632 

 possible roles of pyridine nucleotides in 



627-632 

 regulation of pathways through the 



oxidation level of TPN 632-633 

 significance of respiratory chain oxida- 

 tions 625-635 

 Chlorin, conversion to porphyrins 354 

 Chlorin a,, structure of 354-356 

 Chlorin a., compounds, spectra of 355 

 Chlorocruorporphyrin, spectrum of 37, 

 345-349 



653 



