360 SUBJECT INDEX 



Deoxyribonucleic acid (DNA) — continued 

 and nuclear amino acid incorporation, 



262-263 

 biosynthesis of, 95-101, 281 

 primer molecule in, 95, 97 

 cluster analysis of, 83-84 

 degradation by deoxyribonuclease, 72-73 

 differential distribution analysis of, 73-82 

 Donohue pairs for, 22-24, 27 

 effect, on isolated nuclear ribosomes, 



274-276 

 enzymic synthesis, from ribonucleotides, 

 103-111 



primer molecule in, 104 



with enzymes from chick embryos, 



103-1 10 

 with enzymes from Eschcricliia coli, 

 103 

 enzymic degradation of, 105-106 

 Fourier synthesis for, 16-19, 26-29 

 homogeneity of samples, 68-69 

 homotopy in, 87-89 

 Hoogsten base-pairs for, 24-27 

 nucleotide arrangement in, 



from bo\ine tubercle bacilli, 79-80 

 from calf thymus, 77, 89 

 from E. coli, 80-82, 90 

 from man, 75-77 

 from ox, 75-77 

 from rye germ, 77-79, 90 

 from sea urchins, 75-77 

 from wheat germ, 77-78, 89 

 nucleotide sequence of, 67-90 

 "parasitic", 84 

 pleromerism in, 84-89 

 "replacement" in, 84-85 

 Watson-Crick scheme for, 20-22, 24, 



26-27 

 X-ray analysis of, 13-15 

 Dextran, biosynthesis of, 315-317 

 Dextransucrase, 316 

 Diesterase, from snake venom, 105 



from spleen, 105-106 

 Differential distribution analysis, of DNA, 



73-S2 

 Dimethylnitrosamine, effect on protein 



synthesis, 226, 233 

 Donohue base-pairs, 20-24, 27 



E 



Ehrlich ascites carcinoma cells, DNA 



synthesis in, 95, 97, 99, 100 

 ^-Elimination reactions, 74 

 Endoplasmic reticulum, and pinocytosis, 

 161, 163-166 

 and the Golgi component, 135-136, 169, 



171, 175, 195, 198-202 

 definition of, 169 

 forms and functions of, 127-152 



granular or rough form, 1 29-1 31 

 smooth form, 135-138 

 glucose-6-phosphatase activity of, 133— 



142 

 in plant cells, 142 152 



Epinephrine, 141 

 Ergastoplasm, definitition of, 169 

 function and form of 128, 131, 135 

 in mammary gland and its tumours, 

 170-194 

 in pancreatic exocrine cell, 198, 200-201 

 "organized" ergastoplasm, definition of, 

 169 

 Escherichia coli, acceptor-RNA of, 297-307 

 DNA biosynthesis in, 95 

 DNA from, isolation from protoplasts, 

 69-70 



nucleotide arrangement of, 80-82, 90 

 enzymes for DNA synthesis from, 103 

 ribosomal RNA of, structure of, 30 

 precipitation of, 212 



Fat, absorption of, 136-138, 163 

 P^luorodinitrobenzene, 42-56 

 5-Fluorouracil, effect on biosynthesis of 



mucopeptides, 290-293 

 FIuorouridine-diphospho-N-acetylglucos- 



amine, in mucopeptides, 292 

 Fourier synthesis, 6-8 

 principles of, 15—16 ■ 

 for DNA, 16-19, 26-29 

 Fructose, incorporation into cellulose, 



320-321 



G 



Gel filtration, for oligosaccharide separa- 

 tion, 345-348 



Glucagon, 141-142 



Glucose, cellulose synthesis from, 318-322 



Glucose-6-phosphatase, 133, 142 



Glucose- 1 -phosphate, in cellulose synthe- 

 sis, 320-321 



Glutamic acid, incorporation into muco- 

 peptide, 290-292 



Glycine, incorporation into mucopeptide, 

 290-294 



Glycogen, effect of 2-aminofluorene on 

 liver content, 230-231 

 effect of X-rays on liver content, 230-231 



Glycogen metabolism, and the endoplasmic 

 reticulum, 138-142 



Golgi component, and the endoplasmic 

 reticulum, 135-136, 169, 171, 175, 195, 

 198-202 



Guanosine, and effects of azaguanine on 

 protein synthesis, 281-286 



Guanosine monophosphate (GMP), incor- 

 poration into DNA, 104, 109-110 



Guinea pig, pancreatic RNP particles of, 

 effect of spermine on, 240-251 



H 



Haemoglobin, X-ray studies of, 8 

 He La cells, pinocytosis in, 158, 162 

 a-Helix, 6-8, 59, 63 



