Time, Space, and Pattern in Embryonic DevelopmentWilliam R. Jeffery, Rudolf A. Raff |
Contents
Patterns of Protein Metabolism and the Role of Maternal RNA | 29 |
Contributors | 45 |
Spatial and Temporal Aspects of Gene Expression During Spisula | 49 |
Copyright | |
15 other sections not shown
Common terms and phrases
actin animal hemisphere animal pole animal-vegetal axis antigens ascidian blastocoel blastoderm blastomeres blastula body pattern Britten RJ cellular centrifugation chromosomes cleavage pattern clones cortex cortical cytoplasmic cytoskeletal Davidson EH Dev Biol developmental differentiation dorsal double abdomens Drosophila early development ectoderm eight-cell embryogenesis Embryol Exp Morphol embryonic development embryos endoplasm Exp Zool fertilization formation gastrula gene genetic germ germinal vesicle gradient gray crescent histone histone mRNAs hybridization Ilyanassa interactions isolated Kalthoff labeled larvae localization maternal mRNAs membrane mesenchyme cells messenger RNA micromeres mitotic molecular mouse embryo mRNA mutations myoplasm normal nuclei observed oocyte oogenesis ooplasmic segregation orientation phenotype plasm pluteus polar body polar lobe pole cells poly(A polysomes posterior pole primary mesenchyme cells probe protein synthesis pSpec1 purpuratus region Rouxs Arch sea urchin sea urchin eggs sea urchin embryos segments sequences Smittia specific sperm spicules spindle structures surface transcripts translation unfertilized eggs vegetal pole ventral Verdonk Ziomek