Subject Index 



665 



Respiratory chain — cont. 

 kinetic studies of components 604-606 

 location of interaction sites 611-612 

 mathematical properties of enzyme 



systems 612-619 

 mechanism of oxidative phosphoryla- 

 tion in 622-624 

 oxidative pentose pathway, dependence 



on oxidized TPN 633-635 

 pathways in 625 



possible ligands associated with phos- 

 phorylation 608-610 

 pyridine nucleotides in relation to 



626-632 

 quinones in 602, 603, 626 

 reaction sequence of cytochromes in 



603-610 

 regulation of pathways by oxidation 



level of TPN 632-633 

 representation of reaction kinetics 616- 



619 

 resonance energy transfer in 600-601 

 reversal of electron transfer 610-612 

 role of cytochrome b in 575-591 



mechanism 585-591 

 significance of oxidations 625-635 

 thermal collisions in 599 

 Respiratory granules, cytochrome in 218- 

 224 

 origin of 223-224 

 Respiratory pigments, effect of cooling on 

 spectra 451-454 

 identification of 458 

 Rhodoporphyrin, spectra of 37 

 Rhodospirillum rubrum, haemoprotein from 

 419^31 

 cytochrome c from 363-368 

 Riboflavin, effect on lactate dehydrogenase 

 activity 535-536 

 in cytochrome b. 502-507, 569-573 

 Ribonucleoprotein particles, separation of 

 DPNH oxidase activity from 220-221 

 separation of cytochromes from 221-222 

 Ruthenium complexes, bonding 249 

 oxidation in 24, 25, 27 

 redox potentials of 24-26 

 spin states in 25, 26 

 substitution in 25 



Serum globulin, amino acid content 90 

 Silver porphyrin complexes, spectra of 



64 

 Sitting-atop complex 38, 39 

 Slator's factor 593-596 

 Solubilization constant 29 

 Solubilization of porphyrins 29-40 

 Spectra, theory of 165-166 

 Staphylococcus albus, cytochrome a in 336 

 Succinate dehydrogenase, activity of 562 



relationship with cytochrome b 575-576 

 Sulphate, reduction of 402-403 



effect of cytochrome c^ 404-405, 413- 

 414 

 Sulphate respiration 401-406 

 electron transfer from cytochromes in 



392-406 

 pathway of 401^04 

 Sulphite, reduction by cytochrome c-g 4 1 2- 



413 

 Sulphur bacteria, electron transfer in 601 

 Sulphur respiration, oxidation-reduction 



potentials 404 



Takahara's disease 4 1 7-4 1 8 

 Temperature, effect on cytochromes 436 

 Tetramethyl coproporphyrin III ester (see 



Coproporphyrin III) 

 a-^-y-d-Tetraphenylporphin 28 

 Theophylline, attachment to haem and 



haematin 1 79 

 Tin, combination with porphyrin 38 

 Tryptophan, in cytochrome c 90 



in cytochrome bo 503 



in haemoglobin 90 



in myoglobin 90 



in serum albumin 90 



in serum globulin 90 

 Tween 40, effect on iron incorporation 

 into protoporphyrin 208-210 



Urea, haemoglobin-ethyl isocyanide bind- 

 ing in presence of 80-84 



Ubiquinones, in respiratory chain 602, 

 603, 604, 605, 626 



ViNYLRHODOPORPHYRiN, spectra of 37 



Salmine, effect on activity of cytochrome c Yeast, cytochromes in 225-232 



oxidase 267, 268, 273, 279 

 Serum albumin, amino acid content of 90 

 attachment of haem to 177-178, 330 

 attachment of haematin to 177-178, 



190, 325 

 attachment of metal porphyrins to 177, 



178 



cytochrome 03 -Co compounds in 332 

 cytochrome b., in, chemical properties 

 502-511 



enzymic activity in 506, 516-519 

 enzymic properties of 511-514 

 extraction of 501-502 

 flavin-protein bonds 505-507 



