540 



INTRODUCTION TO CYTOLOGY 



Crepis (angiosperm), translocations, 314, 321 

 Crew, 37G, 397 



Crossing-over, 266-272, 293-295, 298-306, 320, 

 323, 327, 337, 393 



cytological evidence, 302-304 



in triploid, 353 



between two chromatids only, 306 

 Crown gall, 186 

 Cruciferae, 342 



Cryptobranchus (amphibian), 76, 136, 243 

 Cryptomeria (conifer), 235 

 Cryptoplasm, 33 

 Crystallites, 178 

 Crystalloid, 101 

 Crystals, 101-103 

 Cucumis (angiosperm), 186 

 Cucurbita (angiosperm), 164 

 Cu6not, 375 

 Culex (mosquito), 344 

 Cumingia (mollusk), 32 

 Cunha, 90 

 Cunningham, 441 

 Cuscuta (angiosperm), 17 

 Cuticle, 176 

 Cutin, 176, 180 



Cutteria- Aglaozonia (brown alga), 280 

 Cyanophycese, 191-193 

 Cyanophycin granules, 193 

 Cyanotis (angiosperm), 272 

 Cycad, 206, 234 

 Cycas (cycad), 234, 236 

 Cyclops (copepod), 136, 243 

 Cylindrocystis (green alga), 279 

 Cypripedium (orchid), 212 

 Cyrtanthus (angiosperm), 130 

 Cystolith, 103 

 Cystosira (brown alga), 407 

 Cytaster, 164, 248 

 Cytoblast, 430 

 Cytoblastema, 430 

 Cyto-idioplasm, 418 

 Cytokinesis, 85, 86, 105 i'.. Ill, 116, 162, 1G5-173 



by furrowing, 109, 166, 165-171 



in meiocyte, 263 

 Cytome, 83 

 Cytomicrosome, 82 

 Cytoplasm, cell constituent, 2 



in heredity, 286 



mantle, 235 



in syngamy, 234, 236 

 Cytoplasmic heredity, 414-419 

 Cytosome, 2, 83, 91 

 Cytotaxonomy, 126, 340 ff., 446 

 Czaja, 386 



Czapek, 25, 33, 93, 97, 100, 176 

 Czurda, 68, 190 



D 



Dahlgren, 210, 212, 226, 236, 239, 398 



Dahlia (angiosperm), 351, 355 



Da Fano, 74 



Dale, 230 



Daltonism, 392 



DanchakofT, 195, 242 



Dangeard, aleurone, 101 



ascomycetes, 231 



chondriosomes, 61, 69, 83, 90, 91 



elements of protoplast, 104 



ergastome, 102 



nucleus, 53 



syngamy, 229, 230 



vacuole, 93-97 



vital staining, 6 

 Dannehl, 172 



Daphnia (copepod), 411, 413 

 Darbishire, 100 

 Dark, 351 



Dark field, 3, 6, 43, 84 

 Darlington, amphidiploidy, 367 



chiasma, 267, 268, 270, 271 



chromosome complement, 129 



disjunction, 323 



fragments, 314, 319 



gene theory, 312 



meiosis, 256, 258, 275 



QSnothera, 304, 334, 335, 337 



reciprocal translocation, 329 



synapsis in heteroploid, 274, 361, 352, 

 355 

 Darwin, 373, 441 

 Datura (angiosperm), aleurone, 103 



chromosome complement, 124 



heteroploidy, 343, 352, 359 



monoploid sporophyte, 356 



non-disjunction, 345 



parthenogenesis, 402, 406 



primary mutants, 327, 328 



reciprocal translocation, 331, 332, 337 



syngamy, 238 



tetraploidy, 351 



triploidy, 353, 354 



trisome, 298 

 Davenport, 392 

 Davey, 396 

 Davis, B. M., achromatic figure, 151 



algffi, 197, 278 



cytokinesis, 165 



heteroploidy, 345 



meiosis, 283 



monoploid sporophyte, 356 



Oenothera, 334 



oomycetes, 199 



plastid, 70 



protoplasmic connections, 16 



syngamy, 229 

 Dawson, 44 

 Day, 43 



Decaploidy, 339 

 Deconjugation, 272, 273 

 Decticus (insect), 142 

 Deficiency, 317, 325 

 Dehorne, 133 

 Deineka, 73, 76 

 Delage, 46, 441 



Delaunay, 116, 124, 126, 128, 187 

 Ddesseria (red alga), 280 

 Deletion, 188, 274, 315, 317, 318 

 Delitsch, 230 

 Delphinium (angiosperm), 129 



