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List of contributors | ||
Abbreviations | ||
1 | History and overview | 1 |
2 | Protein recognition of specific DNA and RNA binding sites | 22 |
3 | Promoters, sigma factors, and variant RNA polymerases | 59 |
4 | Repressors and activators | 92 |
5 | Post-transcriptional control | 115 |
6 | Prokaryotic DNA topology and gene expression | 141 |
7 | Integration of control devices: A global regulatory network in Escherichia coli | 169 |
8 | Two-component systems | 194 |
9 | Switch systems | 229 |
10 | Integration of control devices. I. Pathogenicity | 253 |
11 | Integration of control devices. II. Sporulation and antibiotic production | 281 |
12 | Evolution of prokaryotic regulatory systems | 311 |
Index | 317 |
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Add Prokaryotic Gene Expression, Although prokaryotes (which include bacteria) lack a nucleus, they have genomic DNA and the study of their genes is an important area of research, with implications for developmental biology, the study of cancer, and the development of antibiotics. This b, Prokaryotic Gene Expression to the inventory that you are selling on WonderClubX
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Add Prokaryotic Gene Expression, Although prokaryotes (which include bacteria) lack a nucleus, they have genomic DNA and the study of their genes is an important area of research, with implications for developmental biology, the study of cancer, and the development of antibiotics. This b, Prokaryotic Gene Expression to your collection on WonderClub |