SUBJECT INDEX 



409 



genes, 230, 233, 240 

 ghost, 264 

 Gibbs-Thomson theorem, 



44 

 glasses, 81, 112 

 globoid, 194 

 globular molecules, 135 

 globular proteins, 135, 141 

 globulins, 212 

 glucosamine, 301 

 glucose, 37, 60, 313 

 glucosidases, 40 

 glucosides, 40, 310 

 glutamic acid, 340 

 glutathione, 155 

 glycine, 336, 346 

 glycogen, 3 i i 

 grana, 245, 247, 257 

 growth, apposition, 290, 



316 



elongation, 288 



extension, 283 



forces of, 287 



in area, 282, 307 



mosaic, 286 



spiral, 304 



substances, 209 



surface, 282, 307 



tip, 282 

 guanyl nucleic add, 214 



haemocyanin, 125 

 haemoglobin, 265, 269 

 haemolysis, 264 

 Haftpunkt-Theorie, 145 

 Haftpunkte, 67 

 Hagen-Poiseuille's law, 65 

 hair, 338 



hairy flagella, 275 

 Hecht, strands of, 170 

 hemicelluloses, 61 

 heredity, 230, 242 

 heterocapillarity, 105 

 heterochromatic parts, 220 



225, 239 

 heterocyclic, 37 

 heterogeneous, 12 

 heteropolar lattice, 28 

 hexane, 36 

 high polymers, 58 

 histidine, 210 

 histones, 212 

 homocapillarity, 105 

 homogeneity, optical, 12 



physico-chemical, 12 

 homogeneous, statistically, 



12 



homopolar lattice, 28 

 honeycomb theory, 182 

 hormones, 208 

 horny substances, 338 

 hydration, 19, 148, 163 

 hydrogen, 208 

 hydrogen bonds, 147 

 hydrogen bridges, 147 

 hydrogen pressure, 156 

 hydrogenation, 155 

 hydrolysis patterns, 317 

 hydrophilic groups, 47 

 hydrophily, 44 

 hydrophobic groups, 47 



identity period, 26 



I.E. P. = isoelectric point, 



153. 154 _ 

 imbibition liquid, 84 

 imbibition water, 196 

 incidental double refraction, 



88 

 index ellipsoid, 87 

 insulin, 328 

 interferences, 97 

 intermicellar, 79, 81 

 intermicellar phase, 79 

 intermicellar portion, 79 

 intermicellar processes, 80, 



81 

 intermicellar spaces, 99, 100 

 intermicellar substances, 81 

 intermicellar swelling, 109 

 intermolecular, 32 

 interstitial substance, 80, 8 1 

 intrability, 197 

 intramicellar, 80 

 intramicellar processes, 81 

 intramicellar swelling, no 

 intramolecular, 32 

 intrinsic birefringence = i. 



double refraction, 88, 



298, 308 

 intussusception, 285, 306, 



307 

 ion lattice, 28 

 ion radii, 148 

 ion series, 148 

 ionization, 232 

 isoelectric s. I.E.?. 



junctions, 67, 145, 159 

 theory of, 145, 184 



Kappenplasmolyse, 197 

 karyokinesis, 238, 242 

 karyolymph, 215, 217 

 keratin, 338 



keratin- myosin group, 365 

 kinetochore, 224 

 kinoplasm, 181, 200 

 konyaku, 322 



lamellar birefringence = 



layer b., 255 

 lamellar structure, 255, 256 

 lamellar systems, crossed, 



306 

 lattice, 26 



chain, 34, 36, 69 



crystal, 26, 69, 97 



heteropolar, 28 



homopolar, 28 



ion, 28 



layer, 36 



primary valency, 28 



molecule, 30, 35 

 lattice arrangement, 12 

 lattice plane, 26 

 lattice regions, 78 

 layer birefringence, 255 

 layer composite body, 82 

 layer lattice, 36 

 layer structure, 255 

 lecithin, 55, 138, 252 

 leptonema, 234, 237 

 leptones, 79 

 light absorption, 252 

 lipid filter theory, 197, 267 

 lipid theory, 197 

 lipidic drops, 193 

 lipids, 137, 267 

 lipophilic groups, 47 

 lipophily, 44 

 liquid crystals, 5 1 

 lintnerization, 317 

 long-range forces, 158, 177 

 long-range spacings, 367 

 lyo-enzyme, 208 



macrocoacervation, 20 

 macromolecular chemistry, 



5, 59 

 macromolecules, 59, 81, 



125, 160 

 main chain spacing, 365 

 main valency forces, 31 

 maltose, 39, 314 

 mannan, 59, 321 

 mannose, 60 

 matrix, 181, 226 

 medullary sheath, 362 

 meristematic cell walls, 279 

 meristematic cells, 281 

 mesophases, 51 



