662 



SUBJECT INDKX 



Methylated ferritin, binding to cell surface, 

 608-610 

 effect on pinocytosis \esicles, 611-615 

 properties of, 606-607 

 6-Methylpurine, effect on synchronized 



Tetrahymena system, 539-540 

 Metmyoglobin, 



as hvdrogen acceptor, compared with 



TPN, 450-451 

 oxidation complex, 285-286 

 M-factor, of mitochondria, 5-6, 39-41 

 Micrococcus lysodeikticus, a-ketoglutarate 

 dehydrogenase activity in, 592-594 

 membrane of, composition and function 

 of, 592-594 

 Mitochondria, 



isolated, ascorbate-induced lysis in, 



53-67 

 integrated oxidations in, 71-82 

 pyridine nucleotide content of, 208- 

 211 

 lipids of, extraction with organic sol- 

 vents, 182-184 

 nature, 181-182 

 liver, effect of thyroxine and related com- 

 pounds on 3-26, 42-43, 47-48 

 M-factor of, 5-6 

 R-factor of 5-6 

 membranes of molecular organization 



of, 32-33 

 nucleotide systems in, 227-230 

 structure, and energy coupling mechan- 

 ism, 31-49 

 stable states of, 95-99 

 swelling of, protein distribution after, 



65-66 

 swelling-contraction ot, 42-49 

 metabolic control of, 85-91 

 Mitotic apparatus, and ATP, 490-4(;2 

 bonding of, 488 

 chemistry of, 485-486 

 general, 481-482 

 isolation of, 482-485 

 origin of, 486-487 

 structure, 492-493 

 Mitotic cycle, chromosomes in, 480-481 

 Morphogenesis, in sea urchin, cellular 



basis of, 497-507 

 Mussel (Mytilus eciulis), gill cilia of, struc- 

 ture and function of, 562-564 

 Myokinase, muscle, effect of desamino- 



thyroxine on, 18 

 Myosin, ATPase of, effect of desamino- 

 thyroxine on, 18 



N 



Nitella, internodal cells of, 634-636 



rhizoid cells of, 635-636 

 Nitrite, effect on ascorbate-induced Ivsis, 



58-59 

 Nitrogen, fixation by cell-free Chromatmm 

 preparations, 381-383 

 photofixation bv Chromatimu cells, 379- 

 381 



Nucleotide systems, intramitochondrial, 

 227-230 





 Oligomycin A, and the study of reactions 

 in oxidative phosphorylation, 265-267 

 effect on succinate-linked reduction of 

 acetoacetate, 158-161 

 Oxaloacetate, effect on photofixation of 

 nitrogen, 379 

 effect on succinate oxidation, 78-81, 

 198-201 

 Oxidative phosphorylation, effect of 2:4- 

 dinitrophenol on 3-4, 7-13, 24-25 

 effect of thyroxine on, 3-26 

 functions of flavoenzymes in, 139-166 

 mechanism of, 33-35 



by studies with antibiotics, 265-267 

 recoupling by ATP— ADP exchange 



enzyme, 38-39 

 role of ATPase in, 241-249 



Pj-ATP exchange, eflFect of desamino- 

 thyroxine on, 15 

 eflfect of dinitrophenol on, 33-34 

 Penicillamine, effect on ascorbate-induced 



lysis, 57 

 o-Phenanthroline, eflFect on ascorbate- 

 induced lysis, 57-58 

 effect on photophosphorylation, in 



chloroplasts, 390-391 

 in Cliromatiuw particles, 349-350 

 Phenazine methosulphate, 



effect on photophosphorylation, 360-366, 

 395. 431-432 

 in cell-free preparations ot Chroma- 



liitni, 349-350 

 in chromatophores of R. nihrum, 433- 

 440 

 Phenols, as catalysts for cyclic photophos- 

 phorylation, 444-446 

 Phloridzine, effect on mitochondrial struc- 

 ture, 5 

 Phosphate, effect on absorbancy of mito- 

 chondria suspensions, 54, 95-98 

 inorganic, effect on ascorbate-induced 

 lysis, 57-58 

 Phospholipase A, solubilization of DPNH 



dehydrogenase with, 107-110 

 Phosphorylation, 



in liver, effects of thyroxine and related 



compounds on, 21-24 

 photosynthetic (photophosphorylation), 

 and the energy conversion process in 

 photosynthesis, 339-403 

 catalysts of, 348-351 

 electron flowmechanismof, 351-355 

 Photophosphorylation (photosynthetic 

 phosphorylation), 

 cyclic, 3527355 



as primitive photosynthesis, 366-369 

 dinitrophenol as catalyst for, 443-446 

 evidence for electron flow mechanism 

 of, 355-360 



