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E-raamat: Ciliated Protozoa: Characterization, Classification, and Guide to the Literature

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  • Ilmumisaeg: 24-Jun-2008
  • Kirjastus: Springer-Verlag New York Inc.
  • Keel: eng
  • ISBN-13: 9781402082399
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  • Formaat: PDF+DRM
  • Ilmumisaeg: 24-Jun-2008
  • Kirjastus: Springer-Verlag New York Inc.
  • Keel: eng
  • ISBN-13: 9781402082399
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distances between groups of ciliates were as vast as significant hurdles to obtain copyright permissions the genetic distances between plants and animals for the over 1,000 required illustrations, and I put THE major eukaryotic kingdoms at that time! the publication schedule ahead of this element. I continued to collaborate with Mitch, and in There are a number of significant illustrated guides 1991 my first molecular Magisterial student, to genera and species that have recently been pub- Spencer Greenwood, published an article estab- lished. References are made to these throughout lishing 1990 or thereabouts as the beginning of the book as sources that readers can consult for this the Age of Refinement the period when gene aspect of ciliate diversity. A future project that I am sequencing techniques would deepen our under- contemplating is an illustrated guide to all the valid standing of the major lines of evolution within ciliate genera.

Arvustused

From the reviews of the third edition:









"The book is a combination of rigour, detail, and clarity. The prose is succinct and accessible, and the illustrations are appropriate . Of course, protozoologists will benefit from owning, or having access to this book, but others including applied and pure ecologist and broad range of phylogenists, microbiologists, and ultrastruturalists will appreciate its content and views. it is a comprehensive reference work for students, teachers, and researchers interested in ciliate phylogeny, taxonomy, life histories, structure, and function." (David J.S. Montagnes, Limnology and Oceanography Bulletin, Vol. 18 (1), March, 2009)

Acknowledgements vii
Preface to the Third Edition ix
List of Figures
xvii
List of Tables
xxiii
Introduction and Progress in the Last Half Century
1(14)
The Ages of Discovery (1880--1930) and Exploitation (1930--1950)
2(1)
The Age of the Infraciliature (1950--1970)
2(3)
The Age of Ultrastructure (1970--1990)
5(6)
The Age of Refinement (1990--Present)
11(2)
Major Differences in the New Scheme
13(1)
Guide to Remaining
Chapters
14(1)
Glossary of Terms and Concepts Useful in Ciliate Systematics
15(60)
Characters and the Rationale Behind the New Classification
75(14)
At the Genus-Species Level
76(6)
Life History, Ecology, and Cultivation
76(1)
Morphology and Multivariate Morphometrics
77(2)
Genetics
79(1)
Isoenzymes and Biochemistry
80(1)
Gene Sequences
80(1)
Summary
81(1)
Above the Genus-Species Level
82(3)
Ultrastructure, Especially of the Cortex
82(1)
Morphogenetic Patterns
83(1)
Gene and Protein Sequences
84(1)
Summary
85(1)
Taxonomy and Nomenclature
85(4)
The Matter of Types
86(1)
Important Dates
87(1)
About Names
87(1)
Summary
87(2)
Phylum Ciliophora -- Conjugating, Ciliated Protists with Nuclear Dualism
89(32)
Taxonomic Structure
93(6)
Life History and Ecology
99(5)
Somatic Structures
104(3)
Oral Structures
107(4)
Division and Morphogenesis
111(3)
Nuclei, Sexuality and Life Cycle
114(4)
Other Conspicuous Structures
118(3)
Subphylum
1. Postciliodesmatophora: Class
1. Karyorelictea -- The ``Dawn'' or Eociliates
121(8)
Taxonomic Structure
122(1)
Life History and Ecology
122(2)
Somatic Structures
124(2)
Oral Structures
126(1)
Division and Morphogenesis
127(1)
Nuclei, Sexuality and Life Cycle
128(1)
Other Features
128(1)
Subphylum
1. Postciliodesmatophora: Class
2. Heterotrichea -- Once Close to the Top
129(12)
Taxonomic Structure
131(1)
Life History and Ecology
132(1)
Somatic Structures
133(1)
Oral Structures
134(2)
Division and Morphogenesis
136(2)
Nuclei, Sexuality and Life Cycle
138(1)
Other Features
139(2)
Subphylum
2. Intramacronucleata: Class
1. Spirotrichea -- Ubiquitous and Morphologically Complex
141(34)
Taxonomic Structure
143(7)
Life History and Ecology
150(6)
Somatic Structures
156(4)
Oral Structures
160(2)
Division and Morphogenesis
162(7)
Nuclei, Sexuality and Life Cycle
169(4)
Other Features
173(2)
Subphylum
2. Intramacronucleata: Class
2. Armophorea -- Sapropelibionts that Once Were Heterotrichs
175(12)
Taxonomic Structure
176(2)
Life History and Ecology
178(2)
Somatic Structures
180(1)
Oral Structures
181(2)
Division and Morphogenesis
183(1)
Nuclei, Sexuality and Life Cycle
184(1)
Other Features
185(2)
Subphylum
2. Intramacronucleata: Class
3. Litostomatea -- Simple Ciliates but Highly Derived
187(22)
Taxonomic Structure
188(4)
Life History and Ecology
192(5)
Somatic Structures
197(6)
Oral Structures
203(2)
Division and Morphogenesis
205(1)
Nuclei, Sexuality and Life Cycle
206(1)
Other Features
207(2)
Subphylum
2. Intramacronucleata: Class
4. Phyllopharyngea -- Diverse in Form, Related in Structure
209(24)
Taxonomic Structure
210(6)
Life History and Ecology
216(5)
Somatic Structures
221(4)
Oral Structures
225(2)
Division and Morphogenesis
227(3)
Nuclei, Sexuality and Life Cycle
230(1)
Other Features
231(2)
Subphylum
2. Intramacronucleata: Class
5. Nassophorea -- Diverse, Yet Still Possibly Pivotal
233(10)
Taxonomic Structure
235(2)
Life History and Ecology
237(1)
Somatic Structures
238(1)
Oral Structures
239(2)
Division and Morphogenesis
241(1)
Nuclei, Sexuality and Life Cycle
241(2)
Subphylum
2. Intramacronucleata: Class
6. Colpodea -- Somatically Conserved but Orally Diverse
243(14)
Taxonomic Structure
244(2)
Life History and Ecology
246(2)
Somatic Structures
248(4)
Oral Structures
252(1)
Division and Morphogenesis
253(2)
Nuclei, Sexuality and Life Cycle
255(1)
Other Features
256(1)
Subphylum
2. Intramacronucleata: Class
7. Prostomatea -- Once Considered Ancestral, Now Definitely Derived
257(12)
Taxonomic Structure
258(1)
Life History and Ecology
259(3)
Somatic Structures
262(3)
Oral Structures
265(1)
Division and Morphogenesis
266(1)
Nuclei, Sexuality and Life Cycle
267(1)
Other Features
268(1)
Subphylum
2. Intramacronucleata: Class
8. Plagiopylea -- A True Riboclass of Uncommon Companions
269(10)
Taxonomic Structure
270(1)
Life History and Ecology
271(1)
Somatic Structures
272(4)
Oral Structures
276(1)
Division and Morphogenesis
276(1)
Nuclei, Sexuality and Life Cycle
277(2)
Subphylum
2. Intramacronucleata: Class
9. Oligohymenophorea -- Once a Pivotal Group, Now a Terminal Radiation
279(48)
Taxonomic Structure
282(6)
Life History and Ecology
288(9)
Somatic Structures
297(12)
Oral Structures
309(5)
Division and Morphogenesis
314(6)
Nuclei, Sexuality and Life Cycle
320(5)
Other Features
325(2)
Deep Phylogeny, Gene Sequences, and Character State Evolution -- Mapping the Course of Ciliate Evolution
327(12)
Deep Phylogeny and Ultrastructure
328(1)
Deep Phylogeny and Gene Sequences
329(6)
Ribosomal RNA Sequences
330(1)
Protein Gene Sequences
331(4)
Character State Evolution
335(3)
Summary
338(1)
The Ciliate Taxa Including Families and Genera
339(102)
Style and Format
339(1)
Nomenclatural Notes, Abbreviations, and Figure References
340(1)
The Ciliate Taxa to Genus
341(100)
Addendum
439(2)
References 441(110)
Subject Index 551(20)
Systematic Index 571
Dr. Denis H. Lynn received his graduate training at the University of Toronto where he received his Ph.D. Protozoology in 1975. His early research on the comparative ultrastructure of ciliates was published in Biological Reviews and lead to a revised classification of the Phylum Ciliophora, which was published in 1981 in collaboration with Eugene B. Small. Dr. Lynn has published extensively on ciliates, authoring more than a dozen book chapters and almost 120 refereed publications. He is currently a full professor in the Department of Integrative Biology, University of Guelph, and Editor in Chief of The Journal of Eukaryotic Microbiology.