412 



SUBJECT INDEX 



liuliucd cii/vint' ssiitlicsis, plicnocopv, 



380-381 

 liiductTs ot cii/MiK' s\ iitlu'sis, 323-324 



action of, 331 



concontration, 380-381 



TMG, 324-325. 331-381 

 Infectious heredity, 149, 262 



F factor, 143-146 



iioruhromosomal inlu'ritancc, 243 



Fanimccium. 264 



Po(l()s})t>ra, 260 



\ia pluige, 125 

 Insulin, 280 



amino acid sequence, 285 

 Interference, cliiasma, 79, 109 



chromatid, 79, 109-111 



negative, 80, 109, 118, 198-201 

 Interphase, 70-71, plate VI 

 Interrupted mating, 137-138 

 Inversion, 101-104 

 iojap. 250-253, 258 

 Irreparable function. 301-303 

 Isoallele. 171 



Kl'2, rll phage mutants and, 163-167, see 



also E. coli 

 Kappa. 262-266 

 Killer, 262-266 

 Killing curves, 221-222 

 Kinetoplast DNA, 178, 246 

 Kinetosomes, 246 

 Knobs, 94 



Lac mutants, 46, 49, 136, 140, 145, 334-338 



Lambda ( X ), 130-131 



Lampbrush chromosome, 94, 181-183 



Leukemia, 376-377 



Life cycles, 84 



Line, bacterial multiplication, 129 



transduction, 162 

 Linkage, 73-78 



Asperfiillus. 154-158 



Chlamydomonas, 64-66 



complementation, 191-193 



diploids, 89 



£. coli. 137-148 



gene order and function, 162-163 



phage, 118-122, 163-167 



Salmunella. 158-163 



somatic recombination, 365—370 



transformation, 19-22, 132-134 



Locus, 82 

 Lozenge eye, 153 

 Lvsogenic conversion, 124-125 

 Lysogeny, 122-125, 146 



Macron ucleus, 262-263 

 Maize, (Zea mays), chloroplast mutation, 

 249-253 



chromosome 9, 97 



controlling elements, 341-347 



cytological demonstration of crossing over, 

 107-109 



male sterility, 258-259 



meiosis, plates V, VI, and Vll 



mutation, 218 



mutator gene Dt, 56-57 



nucleotides per map unit, 172 



paramutation, 261 

 Male sterility, 258-259 



suppression, 298 

 Mannitol fermenting pneumococcus, 19-20 

 Mapping, 73-78 



bv transduction, 158-163 



complementation, 191-193 



conventional and fine structure, 202-203 



£, coli. 137-148 



fine structure, 173 



limitations, 78-82 



mitotic vs. meiotic, 368 



nonrandom distribution of genes, 303 



phage, 118-119. 163-167, 169 

 Maternal inheritance, sec Uniparental inher- 

 itance 

 Mating tvpe, Chlamyduinoims. 60-61 



£. coli. 135 



Netiwspora. 67, 70 

 Meiosis, bacteria, 114. 142 



DNA content during, 185 



maize, plates V. VI and VII 



Netiwspora. 68-73 



Paramecium, 262-263 

 Mendel's first law, 62, 70 

 Mendel s second law, 62, 73 

 Metabolic block, 274-275 

 Metaphase, 68-71, plates VI and \'ll 

 5-Methvl cvtosine, 8 

 Micronucleus. 262-263 

 Microsomal particles, see Ribosomes 

 Mitochondria, 246-249 



Chlamijdomonas. plate XVI 



liver, rat, plate 1 



