Protistology
- 1st Edition - December 5, 2024
- Latest edition
- Author: Sina M. Adl
- Language: English
Protistology provides a comprehensive overview on recent developments in understanding the diversity of cell biology, genomic processes, parasite-host interactions, and the evolut… Read more
Protistology provides a comprehensive overview on recent developments in understanding the diversity of cell biology, genomic processes, parasite-host interactions, and the evolution of eukaryotes. The book is the first modern treatise on these organisms, walking readers through protistology’s diversity and classification. This book is an ideal supplemental text for upper-level undergraduates and graduate students in microbial ecology, freshwater and marine biology, soil ecology, environmental sciences, or those looking to initiate a course in protistology.
- Provides recent developments in understanding the diversity of cell biology, genomic processes, parasite-host interactions, and the evolution of eukaryotes
- Covers the entire breadth of protists, including numerous illustrations, photographs, and figures
- Provides accessible modern classification of protists
- Presents comparative cell biology and evolutionary trends in the diversity of protists
Students and educators of microbial ecology, biodiversity and natural history, molecular phylogenies and bioinformatics, evolution, parasitology, and environmental sciences, Professionals in these sectors: pharmaceutical discovery, environmental remediation, pollution control, government environment and parks agencies, sustainable agriculture, plant pathology, animal and zoonotic diseases, algal biofuels, algal nutraceuticals and food supplements or additives, veterinary pathology, crop diseases, and medical microbiology and pathology clinicians
1 Introduction
1.1 What is a protist species?
1.2 How much lateral gene transfer in protist evolution?
1.3 Sex. Multiple origins or multiple losses?
References
Further reading
2 A very brief history
2.1 Diversity, classification, and nomenclature
References
Further reading
3 Protist systematics and classification
3.1 Assembling a classification from a phylogeny
References
Further reading
Section I
4 Archaeplastida
4.1 Diaphoretickes
4.2 Archaeplastida
References
Further reading
5 Cryptista
Further reading
6 Haptista
6.1 Haptophyta
6.2 Centroplasthelida
Further reading
7 Stramenopiles
7.1 Opalozoa
7.2 Sagenista
7.3 Gyrista
7.4 Chrysista
7.5 Diatomista
Further reading
8 Alveolata
8.1 Protoalveolates
8.2 Dinoflagellata
8.3 Apicomplexa
8.4 Ciliophora
References
Further reading
9 Rhizaria
9.1 Gymnosphaeridae
9.2 Cercozoa
9.3 Endomyxa
9.4 Radiolaria
9.5 Foraminifera
Further reading
10 Obazoa, CRuMs, Hemimastigophora, and miscellaneous eukaryotes
References
Further reading
11 Amoebozoa
11.1 Tubulinea
11.2 Evosea
11.3 Discosea
Further reading
12 Discoba
12.1 Discoba
12.2 Heterolobosea
12.3 Euglenozoa
Further reading
13 Metamonada
13.1 Fornicata
13.2 Parabasalia
13.3 Preaxostyla
Further reading
14 Opisthokonta
14.1 Holomycota
14.2 Zoopagomycota
14.3 Mucoromycete
14.4 Dikarya
14.5 Holozoa
References
Further reading Holomycota
Further reading Holozoa
Section II
15 Origin of eukaryotes
15.1 Atmosphere composition and temperature
15.2 Earliest fossil eukaryotes
References
16 Origin of protists
16.1 Serial endosymbiosis
16.2 A common cytoplasm for diverse genomes
16.3 Sex
16.4 Introns and the nucleus
16.5 Endomembranes
16.6 Anaerobic to aerobic respiration
16.7 Vesicle transport and cytoskeleton
16.8 Tubulin
16.9 Nuclear pores and cilium
16.10 Microtubular organizing center
16.11 Elements of the cytoskeleton
References
Further reading
17 Cell cycle regulation
17.1 Growth and division of organelles and endosymbionts
17.2 Morphogenesis and cytoskeleton
17.3 Cell cycle duration and growth phase
17.4 Cell size regulation
Glossary
References
Further reading
18 Cell shape
18.1 Kinetosome polarity and asymmetry
18.2 Kinetid orientation, rotation, and enantiomers
18.3 Singlets and doublets
18.4 Pattern memory
18.5 Mirror-imaged doublets
18.6 The anterioreposterior axis
18.7 Molecular basis for anterioreposterior axis determination
18.8 Mutants of the global cell patterning
18.9 Patterns in the evolution of protist cell morphology
18.10 Concluding remarks
References
Further reading
19 Photosynthesis and primary plastid endosymbiosis
19.1 Primary plastid in Archaeplastida
19.2 Paulinella
19.3 Adjusting to toxicity of oxygenic photosynthesis
19.4 Light-harvesting complex
References
Further reading
20 Secondary and tertiary plastid serial endosymbiosis
20.1 Ochrophyta (Stramenopiles)
20.2 Euglenida
20.3 From endosymbiont to organelle
20.4 Cryptomonad and chlorarachnion nucleomorphs
20.5 Dinoflagellates with nucleomorphs
20.6 Transitional plastid stages
20.7 “You are what you eat”
20.8 Envoi
References
21 Organellar loss and gain of functions
21.1 Gaining and losing
21.2 Extrusomes
21.3 Loss of photosynthesis and plastid loss of function
21.4 Mitochondrion loss of function in anaerobic environments
21.5 Endosymbiosis and metabolic gains
References
Further reading
22 Touching, feeling, sensing
22.1 Porifera species discrimination
22.2 Foundations of behavior in Paramecium
22.3 Chemotaxis
22.4 Excystment and spore germination
22.5 Host specificity and membrane recognition
22.6 Predatoreprey interactions
References
Further reading
23 Sex
23.1 The sexual cycle
23.2 From isogamy to anisogamy
23.3 The many forms of meiosis
23.4 Mating types and sexual complementarity
23.5 Remarks on sex in protists
23.6 Sex
References
24 Evolution of the genetic code
References
Further reading
25 Glossary
Legend to symbols in figures
Abbreviations
26 Protistology societies and journals
26.1 Societies
26.2 Journals
Further reading
27 Appendix. Summary of the PhyloCode
27.1 Codes of nomenclature
27.2 Summary of the PhyloCode
27.3 Glossary
References
Further reading
1.1 What is a protist species?
1.2 How much lateral gene transfer in protist evolution?
1.3 Sex. Multiple origins or multiple losses?
References
Further reading
2 A very brief history
2.1 Diversity, classification, and nomenclature
References
Further reading
3 Protist systematics and classification
3.1 Assembling a classification from a phylogeny
References
Further reading
Section I
4 Archaeplastida
4.1 Diaphoretickes
4.2 Archaeplastida
References
Further reading
5 Cryptista
Further reading
6 Haptista
6.1 Haptophyta
6.2 Centroplasthelida
Further reading
7 Stramenopiles
7.1 Opalozoa
7.2 Sagenista
7.3 Gyrista
7.4 Chrysista
7.5 Diatomista
Further reading
8 Alveolata
8.1 Protoalveolates
8.2 Dinoflagellata
8.3 Apicomplexa
8.4 Ciliophora
References
Further reading
9 Rhizaria
9.1 Gymnosphaeridae
9.2 Cercozoa
9.3 Endomyxa
9.4 Radiolaria
9.5 Foraminifera
Further reading
10 Obazoa, CRuMs, Hemimastigophora, and miscellaneous eukaryotes
References
Further reading
11 Amoebozoa
11.1 Tubulinea
11.2 Evosea
11.3 Discosea
Further reading
12 Discoba
12.1 Discoba
12.2 Heterolobosea
12.3 Euglenozoa
Further reading
13 Metamonada
13.1 Fornicata
13.2 Parabasalia
13.3 Preaxostyla
Further reading
14 Opisthokonta
14.1 Holomycota
14.2 Zoopagomycota
14.3 Mucoromycete
14.4 Dikarya
14.5 Holozoa
References
Further reading Holomycota
Further reading Holozoa
Section II
15 Origin of eukaryotes
15.1 Atmosphere composition and temperature
15.2 Earliest fossil eukaryotes
References
16 Origin of protists
16.1 Serial endosymbiosis
16.2 A common cytoplasm for diverse genomes
16.3 Sex
16.4 Introns and the nucleus
16.5 Endomembranes
16.6 Anaerobic to aerobic respiration
16.7 Vesicle transport and cytoskeleton
16.8 Tubulin
16.9 Nuclear pores and cilium
16.10 Microtubular organizing center
16.11 Elements of the cytoskeleton
References
Further reading
17 Cell cycle regulation
17.1 Growth and division of organelles and endosymbionts
17.2 Morphogenesis and cytoskeleton
17.3 Cell cycle duration and growth phase
17.4 Cell size regulation
Glossary
References
Further reading
18 Cell shape
18.1 Kinetosome polarity and asymmetry
18.2 Kinetid orientation, rotation, and enantiomers
18.3 Singlets and doublets
18.4 Pattern memory
18.5 Mirror-imaged doublets
18.6 The anterioreposterior axis
18.7 Molecular basis for anterioreposterior axis determination
18.8 Mutants of the global cell patterning
18.9 Patterns in the evolution of protist cell morphology
18.10 Concluding remarks
References
Further reading
19 Photosynthesis and primary plastid endosymbiosis
19.1 Primary plastid in Archaeplastida
19.2 Paulinella
19.3 Adjusting to toxicity of oxygenic photosynthesis
19.4 Light-harvesting complex
References
Further reading
20 Secondary and tertiary plastid serial endosymbiosis
20.1 Ochrophyta (Stramenopiles)
20.2 Euglenida
20.3 From endosymbiont to organelle
20.4 Cryptomonad and chlorarachnion nucleomorphs
20.5 Dinoflagellates with nucleomorphs
20.6 Transitional plastid stages
20.7 “You are what you eat”
20.8 Envoi
References
21 Organellar loss and gain of functions
21.1 Gaining and losing
21.2 Extrusomes
21.3 Loss of photosynthesis and plastid loss of function
21.4 Mitochondrion loss of function in anaerobic environments
21.5 Endosymbiosis and metabolic gains
References
Further reading
22 Touching, feeling, sensing
22.1 Porifera species discrimination
22.2 Foundations of behavior in Paramecium
22.3 Chemotaxis
22.4 Excystment and spore germination
22.5 Host specificity and membrane recognition
22.6 Predatoreprey interactions
References
Further reading
23 Sex
23.1 The sexual cycle
23.2 From isogamy to anisogamy
23.3 The many forms of meiosis
23.4 Mating types and sexual complementarity
23.5 Remarks on sex in protists
23.6 Sex
References
24 Evolution of the genetic code
References
Further reading
25 Glossary
Legend to symbols in figures
Abbreviations
26 Protistology societies and journals
26.1 Societies
26.2 Journals
Further reading
27 Appendix. Summary of the PhyloCode
27.1 Codes of nomenclature
27.2 Summary of the PhyloCode
27.3 Glossary
References
Further reading
- Edition: 1
- Latest edition
- Published: December 5, 2024
- Language: English
SA
Sina M. Adl
Dr. Sina Adl, has been a university Professor since 2002. He graduated with a PhD from the University of British Columbia in Vancouver, Canada, in 1998. His research has been in 1) protist diversity and classification; 2) soil ecology and sustainable agriculture; 3) soil food webs and community structure; 4) global soil biodiversity and biogeography. He is a past-President of the International Society of Protistologists (an umbrella society for various national and related disciplinary societies). He has taught Microbial Diversity, Microbial Ecology, Comparative Protistology, Soil Ecology, and Global Food Security (from a sustainable agriculture perspective). He is the founding editor, and Editor-in-Chief of Rhizosphere (Elsevier), a soil ecology journal.
Affiliations and expertise
Professor, Department of Soil Sciences, College of Agriculture and Bioresources, University of Saskatchewan, Saskatchewan, CanadaRead Protistology on ScienceDirect