SUBJECT INDEX 



599 



Isocitric dehydrogenase, citric acid cycle, 

 mitochondria and, 82 



Kinases, phosphate transfer and, 155- 



157 

 Klebsiella pneumoniae, bacteriophage 



and, 24 



Lactobacillus leichmanii, filament forma- 

 tion in, 112 



Lampbrush chromosomes, 32 



Landschutz ascites tumor, 96 



Laryngotracheitis virus 



infection initiation and, 346 

 local lesion count assay of, 335 



Levaditi virus, UV inactivation and, 374 



Light scattering 



gas, small particles and, 272-273 

 large particles and, 276-277 

 solutions, small particles and, 273-275 



Lilium, reduced glutathione, mitosis and, 

 77, 78 



Lipids 



microsomes and, 87 

 nuclei and, 45 



Local lesion count 

 virus infectivity 



animal viruses and, 335-337 

 bacteriophage and, 334-335 

 plant viruses and, 333-334 



Louping-ill virus, photodynamic inacti- 

 vation of, 379 



Lymantria monacha- 



chemical changes in, 505 

 polyhedra of, 508, 510 



Lymantria monacha virus, deoxyribo- 

 nucleic acid of, 515, 516 



Lymphocytic choriomeningitis virus, 

 sodium deoxycholate and, 418 



Lysogeny, prophage behavior in, 26 



Lysosomes, 58, 61 



Macromolecular structure 



tomato bushy stunt virus and, 4 



tobacco mosaic virus and, 4 



turnip yellow virus and, 4 

 Malacosoma americanum, inclusion body 



protein and, 512 

 Malacosomxi americanum virus 



amino acid content of, 518 



deoxyribonucleic acid of, 515, 516 



Malacosoma disstria, inclusion body 

 protein and, 512 



Malacosoma disstria virus 

 amino acid content of, 518 

 deoxyribonucleic acid of, 515, 516 



Maturation, bacteriophage, related syn- 

 theses and, 557-558 



Mengo virus, ribonucleic acid infection 

 and, 561 



Meningopneumonitis virus, electron mic- 

 roscopy and, 341 



Mercuric chloride 



influenza virus and, 417 

 tobacco mosaic virus inactivation and, 

 417 



Metals, heavy, viral inactivation and, 

 417 



N-methylamino purine, polymer syn- 

 thesis and, 118, 119 



Micrococcus lysodeikticus, protein syn- 

 thesis and, 94 



Microsomes, 53, 58 



cholesterol synthesis and, 87 



cytoplasmic structures and, 63-66, 67 



endoplasmic reticulum and, 63, 64-65 



enzymatic systems of, 74, 86-87 



Escherichia coli and, 64 



guinea pig liver and, 65 



lipid synthesis and, 87 



origin of, 67 



oxidation-reduction systems and, 86- 



87 

 Polytomella coeca and, 64, 65 

 Pseudononas fluorescens and, 64 

 rat liver cells and, 38, 39 



Mitochondria, 53 



amino acid biosynthesis and, 85 

 biochemical heterogeneity of, 60-61 

 chemical composition of, 61-63 

 cholesterol oxidation and, 84 

 coenzyme content of, 62 

 cytoplasmic structures and, 55-60 

 disrupted, enzymes in, 81 

 enzymatic systems of, 62, 73, 81-86 

 intact, inactive enzymes in, 81 

 kidney tubules and, 57 

 mitochrome and, 81 

 origin of, 58-59, 67 

 orotic acid synthesis and, 85 



