Titlebook: Genome Organization and Expression in Plants; C. J. Leaver Book 1980 Springer Science+Business Media New York 1980 biology.cloning.develop

cravat

Efflorescent

Maize Storage Proteins: Characterization and Biosynthesisrop and mutations affecting both the quantitative and qualitative synthesis of maize storage proteins have been identified (Mertz et al., 1964; Nelson et al., 1965). Our research in the last several years has been devoted to the characterization of these storage proteins and the reactions regulating their biosynthesis.

平淡而無(wú)味

Contrasting Patterns of DNA Sequence Organization in Plantsable shows that plants frequently have much more repetitive DNA than most animals (reviewed in Thompson and Murray, 1979). Therefore it seems logical to view plant genomes as particularly favorable material for studies on the origin and evolution of repeated sequences.

glomeruli

只有

Analysis and Resolution of mRNA Populations mRNA with radioactively labelled cDNA, and to measure how much of the latter has become duplexed at different times by treating successive samples of the annealing mixture with nuclease S1. A description of the reaction and its analysis is given in references 1–4.

針葉樹(shù)

Structural Gene Expression in Tobaccoly reviews current information regarding DNA sequence organization and expression in the tobacco plant. In addition, new data are summarized which show that mRNA sequence sets are strikingly regulated in major plant tissues and that post-transcriptional selection mechanisms play a central role in the regulation of gene expression in plants.

aerial

FATAL

宏偉

勉勵(lì)

Chromosome and Gene Structure in Plants: A Picture Deduced from Analysis of Molecular Clones of PlanMolecular cloning technology has introduced exciting ways of studying eukaryotic chromosomes. The purpose of this paper is to illustrate ways in which molecular cloning has enabled us to study components of plant chromosomes.