Protein Synthesis and Ribosome Structure. Translating the Genome. Herausgegeben von Knud H. Nierhaus und Daniel N. Wilson.
โ Scribed by Mathias Sprinzl
- Publisher
- John Wiley and Sons
- Year
- 2005
- Tongue
- English
- Weight
- 68 KB
- Volume
- 117
- Category
- Article
- ISSN
- 0044-8249
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
A1408 65 A1492 337 A1493 65, 337 A1518/A1519 89 A2422 211 A2450 354 A2451 207, 350, 352 A2602 362 A2660 358 AA-boxes 259, 265 gcd6-12A allele 258 gcd6-7A mutation 258 tif5-12A 258 tif5-7A 258 ABT-773 452, 490 chemical structure 525 Acs, George 13 aIF2b 256 3D structure 255 aIF2c, 3D structure 255 aI
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
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