Titlebook: Nucleic Acids and Proteins in Plants II; Structure, Biochemis Benno Parthier,Donald Boulter Book 1982 Springer-Verlag Berlin-Heidelberg 198

宴會(huì)

輕而薄

RNA Processing and Other Post-Transcriptional Modifications,einsynthesising machinery. A detailed knowledge of their structure and metabolism is, therefore, an essential pre-requisite for an understanding of the control of protein synthesis. Since most RNA molecules arise as direct products of DNA transcription, such studies may also help to unravel the prob

Charitable

Ribonucleases and Ribonucleic Acid Breakdown,t to hydrolytic breakdown; this makes their turnover possible. The hydrolytic breakdown of RNA, in addition to the regulation of RNA synthesis at the transcriptional level, plays a major role in the selection of those molecular .species of RNA which are needed by the cell at a given moment of its de

cluster

magenta

PHIL

Carcinogen

假設(shè)

Organization and Expression of Plastid Genomes, information in a coordinated way. The existence of DNA in plastids might have been inferred already from the genetic studies of . (1909) and . (1909), provided that the DNA-chromosome-gene concept had existed at that time. Evidence that plastids distribute genetic markers in a non-Mendelian mode of

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良心

Use of Mutants in the Study of Chloroplast Biogenesis,es on the development of this organeile. The developmental approach can be divided into two lines of study: (1) By the use of wild-type plants in greening systems, where the sequential developmental steps can be resolved by means of synchronously occurring development of plastids during their light-