Microbial Phylogeny and Evolution: Concepts and ControversiesJan Sapp Oxford University Press, 2005. 3. 3. - 352페이지 The birth of bacterial genomics since the mid-1990s brought withit several conceptual modifications and wholly new controversies. Working beyond the scope of the neo-Darwinian evolutionary synthesis, a group of leading microbial evolutionists addresses the following and related issues, often with markedly varied viewpoints: · Did the eukaryotic nucleus, cytoskeleton and cilia also orginate from symbiosis? · Do the current scenarios about he origin of mitochondria and plastids require revision? · What is the extent of lateral gene transfer (between "species") among bacteria? · Does the rDNA phylogenetic tree still stand in the age of genomics? · Is the course of the first 3 billion years of evolution even knowable? |
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80개의 결과 중 1 - 5개
viii 페이지
... species) by transduction of flagellar markers. Then around 1960, Lou Baron showed that Salmonella could be hybridized with Escherichia coli, mediated by the conjugal plasmid F. Few might doubt that these laboratory phenomena played some ...
... species) by transduction of flagellar markers. Then around 1960, Lou Baron showed that Salmonella could be hybridized with Escherichia coli, mediated by the conjugal plasmid F. Few might doubt that these laboratory phenomena played some ...
xiii 페이지
... species, did not include bacteria (sensu lato, or in the broad sense); nor could it. The evolutionary synthesis was constructed in the 1930s and early 1940s, before bacterial genetics was established, before the bacterium's mechanisms ...
... species, did not include bacteria (sensu lato, or in the broad sense); nor could it. The evolutionary synthesis was constructed in the 1930s and early 1940s, before bacterial genetics was established, before the bacterium's mechanisms ...
3 페이지
... species are held to provide the fuel for evolution by natural selection, but this is effectively a sterile view of evolution, lacking bacteria. Certainly, the authors of that synthesis in the 1930s and 1940s assumed that plants and ...
... species are held to provide the fuel for evolution by natural selection, but this is effectively a sterile view of evolution, lacking bacteria. Certainly, the authors of that synthesis in the 1930s and 1940s assumed that plants and ...
8 페이지
... species, genera and families had believed their natural system revealed “the plan of the Creator,” but their order of things assumed a new significance in the light of evolutionary theory. Darwin wrote in the Origin that: “All true ...
... species, genera and families had believed their natural system revealed “the plan of the Creator,” but their order of things assumed a new significance in the light of evolutionary theory. Darwin wrote in the Origin that: “All true ...
9 페이지
... species, which he argued, lived together in mixed cultures. The inability to distinguish between species was thus a technical problem, not a natural one. Techniques were lacking for isolating bacteria, making pure cultures, and ...
... species, which he argued, lived together in mixed cultures. The inability to distinguish between species was thus a technical problem, not a natural one. Techniques were lacking for isolating bacteria, making pure cultures, and ...
목차
3 | |
2 The LargeScale Structure of the Tree of Life | 53 |
3 The Molecular Phylogeny of Bacteria Based on Conserved Genes | 70 |
4 Evolving Biological Organization | 99 |
5 If the Tree of Life Fell Would It Make a Sound? | 119 |
6 Woe Is the Tree of Life | 134 |
7 The Robustness of Intermediary Metabolism | 154 |
8 Molecular Sequences and the Early History of Life | 160 |
10 Paradigm Lost | 207 |
11 Contemporary Issues in Mitochondrial Origins and Evolution | 224 |
12 On the Origin and Evolution of Plastids | 238 |
13 The Karyomastigont Model of Eukaryosis | 261 |
The Microtubule Cytoskeleton and the Origin of Eukaryotes | 281 |
15 Heritable Microorganisms and Reproductive Parasitism | 290 |
Index | 317 |
9 Fulfilling Darwins Dream | 184 |
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자주 나오는 단어 및 구문
Acad Academy of Sciences Actinobacteria amino acid anaerobic analysis antibiotic Archaea Archaebacteria bacteria bacterial phyla Bacteriology bacterium biochemical biologists branching C.R. Woese cellular Chlamydiae chloroplasts chromosome classification coli common ancestor complex cyanobacteria dinoflagellates diversity domains encoded endosymbiont enzymes eocyte eubacteria Eucarya eukaryotic eukaryotic cell evidence evolutionary evolved FtsZ function genetic Genome Sequence groups homologs Horizontal Gene Transfer host hydrogenosomes hypothesis indels indicate infected Journal lateral gene transfer lineages Margulis markers membrane metabolism methanogens microbial Microbiology microorganisms microtubules mitochondrial genome Molecular Biology molecules monophyletic morphological motility mtDNA mutation National Academy Natl Nature Niel nuclear nucleus organelles organismal organisms Origin of Eukaryotes parasites phenotype phylogenetic trees phylogeny plants plastids primary prokaryotes proteins Proteobacteria protists relationships ribosomal RNA rRNA rRNA sequences rRNA tree Sciences USA signature species Spirochetes SSU rRNA structure studies subunit symbionts symbiosis synthetase tion translation tubulin Universal Tree W.F. Doolittle Wolbachia