4IO 



SUBJECT INDEX 



methylene bridge, 155 



micellar, 79 



micellar framework, 75, 81 



micellar phase, 79 



micellar strands, 73, 96 



micellar structure, 77, 81, 

 105 



micellar theory, 76 



micellar texture, 81, 94 



micelle, 76, 81 



microcoacervation, 20 



microfibrils, 104 



microscope, centrifuge, 194 

 electron, 3, 116 



microscopy, polarization, 82 



microsomes, 172 



Mischkorper, 83 



miscibility, diagram of, 46 



mitochondria, 173 



molar cohesion, 32 



molecular framework, 73, 

 80, 81, 201, 341 



molecule lattice, 30, 35 



monolayer, 49 



monomolecular films, 49 



monosaccharides, 37 



morphogenetic configura- 

 tions, 179 



morphology, i 



mosaic growth, 286 



mosaic theory, 197 



muscle fibres, 352 



muscular contraction, 358 



mutation rate, 231 



myelin forms, 54, 247 



myelin sheath, 360 



myofibrils, 353, 357 



myogen, 352, 353 



myosin, 352 



nematic state, 52 



nerves, 360 



neurofibrils, 363 



neurokeratin, 361 



neurolemma, 364 



neuronin, 363 



nucleal reaction, Feulgen's, 



214 

 nuclear membrane, 217 

 nuclear sap, 215, 217 

 nuclear spindle, 222 

 nuclear staining, 218 

 nucleicacids, 23, 212,228, 237 

 nucleolus, 221 

 nucleoproteins, 210, 227, 



240 

 nucleotide, 208, 212 



nucleus, 210, 242 



active, 215 



chromosomes, 224 



fine-structure, 215 



fixed, 216 



hereditary processes, 230 



molecular constituents, 



210 

 nutrition line, 162 



optically negative, 53, 87 

 optically positive, 53 

 organ, i 

 organizer, 179 

 orientation angle, 90 

 orientation double refrac- 

 tion, 89 

 ossein, 350 

 ovalbumin, 93 



paraplasm, 181 

 pasting, 324 

 Patterson-Fourier diagram, 



328 

 pectins, 60, 293 

 pectic substances, 60 

 pentosans, 61 

 permeability', 197 



selective, 201 



formula, 204 



theories, 199, 201 

 permutoid reaction, iii 



PH, 156 

 phase, 6, 15, 68 



meso-, 51 



pseudo-, 69 

 phase boundaries, 18, 40 

 phase separation, 191, 19-1, 



196 

 phenol, 46 

 pheron, 236 

 phosphatides, 138 

 phospholipids, 265, 266 

 phosphorolysis, 314 

 photo-elastic effect, 89 

 phragmoplast, 224, 281 

 phyllochlorine complex, 



247 

 physiology, 7 

 pigments, 248 

 plasma, active, 181 

 plasma gel, 186 

 plasma sol, 1 86 

 plasmalemma, 199 

 plasmic strands, 170 

 plasmolysis, 170 



cap-, 197 

 plasmoptysis, 17c 



plasmosin, 184 



plastid membrane, 256 



plastin, 183 



platelet composite body = 



layer composite b., 82 

 points of attachment, 67 

 polarity of cytoplasm, 190 

 polarizability, optical, 92 

 polarization microscopy, 82 

 polyarabinan, 61 

 polygalacturonic acid, 60 

 polymer uniform sub- 

 stances, 64 

 polymeric homologous, 63 

 polymerization, 58 

 polypeptide chains, 132, 



134, 339 

 polysaccharides, 59 

 polystyrene, 67 

 porphyn ring, 248 

 proline, 133, 346 

 proplastids, 245 

 prostethic group, 208 

 protamines, 211 

 protein cr^'stalloids, 194, 



221, 326 

 protein fibrils, striated, 368 

 proteins, 132, 141, 184, 211, 



326 



fibrillar, 135, 364 



globular, 135, 141, 327 



reserve, 326 

 protopectin, 281 

 protoplasmic flow, 164, 186 

 protoplasmic fibrils, 194 

 pseudophase, 69 

 purine, 213, 214 

 pyrimidine, 212, 214 



ramie fibres, 97, loi, 104 



rays, ionizing, 231 



red blood corpuscles s. ery- 

 throcytes, 262 



redox potential, 156 



reserve proteins, 326 



resolving power, 1,119 



reticular colloids, 74, 81 



reticular structures, 72 



reticular systems, 70, 73, 81 



reticulum, 216 



rn, 136 



ribonucleic acid, 215 



rigidity, modulus of, 171 



ring diagram, 99 



ring texture, 94 



rodlet birefringence, 84, 

 114, 309, 321, 334 



