Knud Nierhaus, Who Has Studied The Ribosome For More Than 30 Years, Has Assembled Here The Combined Efforts Of Several Scientific Disciplines Into A Uniform Picture Of The Largest Enzyme Complex Found In Living Cells, Finally Resolving Many Decades-old Questions In Molecular Biology. In So Doing He
The synthesis of ribosomal protein
โ Scribed by Richard B. Roberts
- Book ID
- 103253684
- Publisher
- Elsevier Science
- Year
- 1965
- Tongue
- English
- Weight
- 319 KB
- Volume
- 8
- Category
- Article
- ISSN
- 0022-5193
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Knud Nierhaus, Who Has Studied The Ribosome For More Than 30 Years, Has Assembled Here The Combined Efforts Of Several Scientific Disciplines Into A Uniform Picture Of The Largest Enzyme Complex Found In Living Cells, Finally Resolving Many Decades-old Questions In Molecular Biology. In So Doing He
Knud Nierhaus, Who Has Studied The Ribosome For More Than 30 Years, Has Assembled Here The Combined Efforts Of Several Scientific Disciplines Into A Uniform Picture Of The Largest Enzyme Complex Found In Living Cells, Finally Resolving Many Decades-old Questions In Molecular Biology. In So Doing He
Ribosomal protein synthesis is regulated by controlling the fraction of mRNA associated with polysomes. It is known that this value changes in different developmental stages during Xenopus embryogenesis or, more generally, with changing cell growth conditions. We present here an analysis of the prop