Nuclear Cytology in Relation to DevelopmentCUP Archive, 1977 M09 8 - 283 pages |
Contents
Life cycles | 1 |
The cell cycle | 23 |
its course modification and suppression | 55 |
Mosaics and chimeras | 82 |
The chromosome complement of differentiated cells | 111 |
Differential DNA replication | 143 |
Gene expression during differentiation and development | 165 |
The regulation of gene activity | 184 |
Regeneration and totipotency of cells and nuclei | 203 |
References and author index | 229 |
Index | 277 |
Common terms and phrases
activity adult amount amplification analysis angiosperms animals apex apical associated body cells changes chimeras chromatin chromosome chromosome number cistrons complete component condition contains cultured cycle cytoplasm D'Amato demonstrated derived differentiation diploid distribution divide division DNA content DNA synthesis Drosophila early embryo embryo sac endoreduplication et al evidence experiments female fertilization formation four frequency function fusion gametophyte genes genetic genome gland growth haploid heterochromatin histone hybridization increase individuals induced initial labeled later layers liver male mechanism meiosis meiotic meristems mitosis mitotic mosaics mutation normal nuclear nuclei nucleolus observed obtained occurs oocytes organisms origin pairing phase plants pollen polytene chromosomes population present produced proteins quiescent center rDNA recent reduced references regeneration regions replication result root rRNA satellite seed sequences shoot shown single somatic species spindle spores stage structure studied Table tetraploid tissues types undergo vitro
Popular passages
Page 236 - Brown, DD and Littna, E. 1964. RNA synthesis during the development of Xenopus laevis, the South African clawed toad.