SUBJECT INDEX 



603 



Polymer synthesis 



patterns 



exponential growth and. 103-104 

 pathological systems and, 109-1 1 1 

 synchronous cultures and, 107-109 

 turnover problems and, 120-128 

 unbalanced growth and, 111-117 

 Polynucleotides 



polypeptides and, 6 



protein synthesis and, 174-175 



semisynthetic, tobacco mosaic virus 

 and, 7 

 Polynucleotide phosphorylase, ribonuc- 

 leic acid biosynthesis and, 187-189 

 Polypeptides, polynucleotides and, 

 Polypeptide order, polymer duplication 



and, 201-202 

 Polysaccharide biosynthesis 



branching enzyme and, 165 



hydrolases and, 165-166 



nucleoside diphosphosugars and, 166- 

 167 



phosphorylases and, 163-165 



Q enzyme and, 165 



transglycosidases and, 165-166 

 Polysaccharides, Schiff reaction and, 34 

 Polytomella coeca 



microsomes of, 64, 65 



ribonucleic acid synthesis and, 99 

 Porthetria dispar, polyhedra of, 508, 509, 



510, 512 

 Porthetria dispar virus 



amino acid content of, 518 



deoxyribonucleic acid of, 515, 516 

 Potato X virus 



neutralization of, 538 



papain and, 416 



pepsin and, 416 



photoreactivation and, 378 



purified, properties of, 431 



trypsin inactivation and, 416 



urea inactivation of, 406 

 Potato yellow dwarf virus, purified, 



properties of, 431 

 Poxviruses 



electron microscopy and, 341 



formaldehyde inactivation and, 400-401 



hemagglutination and, 476 

 Precipitin reaction 



animal viruses and, 532-533 



bacteriophage and, 531 

 plant viruses and, 531-532 

 Prophage 



bacterial chromosomes and, 26 

 induction and, 26 

 Propylene glycol, encephalomyocarditis 



virus and, 413 

 Protamine, deoxyribonucleic acid and, 



193-195 

 Protein 



bacteriophage 



amino acid content of, 461-462 



heterogeneity of, 463^66 

 insect inclusion bodies 



chemical composition of, 510-513 

 nuclei and, 44-45 

 tobacco mosaic virus 



preparation of, 435 



structure and function of, 435-437 

 turnip yellow mosaic virus 



structure and function of, 435-437 

 turnover problems and, 120-123 

 Protein-denaturing agents, viral inacti- 

 vation and, 405^07 

 Protein structure, protein synthesis and, 



88-89 

 Protein synthesis 



Acetabiilaria mediterranea and, 92-93, 



94 

 Amoeba proteus and, 92, 93-94 

 chloramphenicol and, 102-103 

 controlling mechanisms, 128-129 



genetic and, 129-135 



induced enzyme biosynthesis and, 

 137-15] 



nutritional phenomena and, 135-137 

 induced enzyme biosynthesis and, 140- 



142 

 Micrococcus lysodeikticus and, 94 

 polynucleotides and, 174-175 

 protein structure and, 88-89 

 ribonuclease effects and, 95-96 

 ribonucleic acid synthesis dissociation 



from, 101-103 

 sites 



enucleate fragments and, 92-94 



enzymatically degraded cells and, 

 94-96 



incorporation data and, 89-92 



inhibition and, 96-97 



