Concepts In Animal Parasitology, Chapter 11: Trypanosoma (Genus) [Protozoa, Trypanosomatidae],
2024
Fundação Oswaldo Cruz (FIOCRUZ)
Concepts In Animal Parasitology, Chapter 11: Trypanosoma (Genus) [Protozoa, Trypanosomatidae], Ana Maria Jansen, Samanta C. Chagas Xavier, André Luiz Rodrigues Roque
Concepts in Animal Parasitology
An overview of the genus Trypanosoma, protozoan flagellate parasites. Covers the classification, development, life cycles, and effect on human and domestic animal health.
Chapter 11 in Concepts in Animal Parasitology on the genus Trypanosoma by Ana Maria Jansen, Samanta C. Chagas Xavier, and André Luiz Rodrigues Roque. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap011
Concepts In Animal Parasitology, Chapter 01: Introduction To Animal Parasitology [Introductory Concepts],
2024
University of Nebraska-Lincoln
Concepts In Animal Parasitology, Chapter 01: Introduction To Animal Parasitology [Introductory Concepts], Scott L. Gardner, Daniel R. Brooks, Klaus Rohde
Concepts in Animal Parasitology
This an introduction to animal parasitology, discussing the biology, history, and significance of parasites and their relationships with hosts.
Chapter 1 in Concepts in Animal Parasitology, an introduction to the topic, by Scott L. Gardner, Daniel R. Brooks, and Klaus Rohde. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap001
Concepts In Animal Parasitology, Chapter 24: Cathetocephalidea Schmidt And Beveridge, 1990 (Order) [Platyhelminthes, Cestoda, Eucestoda],
2024
Universidad Nacional Autónoma de México
Concepts In Animal Parasitology, Chapter 24: Cathetocephalidea Schmidt And Beveridge, 1990 (Order) [Platyhelminthes, Cestoda, Eucestoda], Luis García-Prieto, Omar Lagunas-Calvo, Brenda Atziri García-García, Berenice Adán-Torres
Concepts in Animal Parasitology
An overview of the cestode (tapeworm) order Cathetocephalidea Schmidt and Beveridge, 1990, parasites of the spiral intestine (also called the spiral valve) of sharks. Includes a discussion of their main morphological characteristics, the species in the order, a description and summary of a representative species, Cathetocephalus resendezi Caira et al., 2005, and life cycles.
Chapter 24 in Concepts in Animal Parasitology by Luis García-Prieto, Omar Lagunas-Calvo, Brenda Atziri García-García, and Berenice Adán-Torres. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap024
Concepts In Animal Parasitology, Chapter 49: Trichuroidea And Trichinelloidea (Superfamilies) [Nemata, Adenophorea],
2024
Universidad Nacional de La Plata
Concepts In Animal Parasitology, Chapter 49: Trichuroidea And Trichinelloidea (Superfamilies) [Nemata, Adenophorea], María Del Rosario Robles, Rocío Callejón Fernández
Concepts in Animal Parasitology
An overview of the nematode (roundworm) superfamilies Trichuroidea and Trichinelloidea. Includes a discussion of the taxonomy, morphological and molecular characteristics, biology, life cycle, and species of human medical and veterinary importance.
Chapter 49 in Concepts in Animal Parasitology, by María del Rosario Robles and Rocío Callejón Fernández. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap049
Concepts In Animal Parasitology, Chapter 55: Filarioidea Weinland, 1858 (Superfamily) [Nemata, Secernentea],
2024
Universidad Nacional de Misiones
Concepts In Animal Parasitology, Chapter 55: Filarioidea Weinland, 1858 (Superfamily) [Nemata, Secernentea], Juliana Notarnicola
Concepts in Animal Parasitology
An overview of the nematode (roundworm) superfamilty Filarioidea Weinland, 1858 covering general morphology, taxonomy, phylogeny, host associations, life cycles, and human, domestic animal, and wild animal health implications of several species.
Chapter 55 in Concepts in Animal Parasitology, by Juliana Notarnicola. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap055
Concepts In Animal Parasitology, Part 1: Introductory Concepts,
2024
University of Nebraska-Lincoln
Concepts In Animal Parasitology, Part 1: Introductory Concepts, Scott L. Gardner, Daniel R. Brooks, Klaus Rohde, Anindo Choudhury, Matthew G. Bolek, Kyle D. Gustafson, Gabriel J. Langford, Megan R. Wise De Valdez, Jenő Reiczigel, Marco Marozzi, Fábián Ibolya, Lajos Rózsa, A. Townsend Peterson
Concepts in Animal Parasitology
Part I: Introductory Concepts, chapters 1-8, pages 1-104, in Concepts in Animal Parasitology. 2024. Scott L. Gardner and Sue Ann Gardner, editors. Zea Books, Lincoln, Nebraska, United States; part I doi: 10.32873/unl.dc.ciap071
Introductory Concepts
Chapter 1: Introduction to Animal Parasitology by Scott L. Gardner, Daniel R. Brooks, and Klaus Rohde, pages 1-15
Chapter 2: Phylogenetic Systematics in Parasitology by Anindo Choudhury, pages 16-32
Chapter 3: Helminth Identification and Diagnostics: Basic Molecular Techniques by Anindo Choudhury and Scott L. Gardner, pages 33-38
Parasites in Relation to Other Organisms
Chapter 4: Hosts, Reservoirs, and Vectors by Matthew G. Bolek, Kyle D. Gustafson, …
Concepts In Animal Parasitology, Part 2: Protozoa, Myxozoa, Mesozoa,
2024
University of New Mexico - Main Campus
Concepts In Animal Parasitology, Part 2: Protozoa, Myxozoa, Mesozoa, Donald W. Duszynski, Susan L. Perkins, Spencer C. Galen, Ana Maria Jansen, Samanta C. Chagas Xavier, André Luiz Rodrigues Roque, Mary Ann Mcdowell, Jennifer Robichaud, Terrence L. Miller, Sarah R. Catalano
Concepts in Animal Parasitology
Part II: Protozoa, Myxozoa, Mesozoa, chapters 9-14, pages 105-141, in Concepts in Animal Parasitology. 2024. Scott L. Gardner and Sue Ann Gardner, editors. Zea Books, Lincoln, Nebraska, United States; part II doi: 10.32873/unl.dc.ciap072
Protozoa: Apicomplexa
Chapter 9: The Coccidia Proper: Important Apicomplexa Other than Haemoprotozoa by Donald W. Duszynski, pages 107-139
Chapter 10: Haemosporida (Order): The “Malaria Parasites” by Susan L. Perkins and Spencer C. Galen, pages 140-155
Protozoa: Trypanosomatidae
Chapter 11: Trypanosoma (Genus) by Ana Maria Jansen, Samanta C. Chagas Xavier, and André Luiz Rodrigues Roque, pages 156-181
Chapter 12: Leishmania (Genus) and Leishmaniasis by Mary Ann McDowell and …
Concepts In Animal Parasitology, Part 4: Nemata, Nematomorpha, Acanthocephala, Pentastomida,
2024
University of Nebraska-Lincoln
Concepts In Animal Parasitology, Part 4: Nemata, Nematomorpha, Acanthocephala, Pentastomida, Scott L. Gardner, María Del Rosario Robles, Rocío Callejón Fernández, John J. Janovy Jr., Steven A. Nadler, F. Agustín Jiménez-Ruiz, Haylee J. Weaver, Valentin Radev, Anindo Choudhury, Juliana Notarnicola, Matthew G. Bolek, Ben Hanelt, Scott Monks, Chris T. Mcallister
Concepts in Animal Parasitology
Part IV: Nemata, Nematomorpha, Acanthocephala, Pentastomida, chapters 48–59, pages 532–731, in Concepts in Animal Parasitology. 2024. Scott L. Gardner and Sue Ann Gardner, editors. Zea Books, Lincoln, Nebraska, United States; part IV doi: 10.32873/unl.dc.ciap074
Nemata: Endoparasitic Nematodes
Chapter 48: Introduction to Endoparasitic Nematodes (Phylum Nemata) by Scott L. Gardner, pages 533–544
Chapter 49: Trichuroidea and Trichinelloidea (Superfamilies) by María del Rosario Robles and Rocío Callejón Fernández, pages 545–565
Chapter 50: Ascarididae and Anisakidae (Families): Large Intestinal Nematodes by Larry S. Roberts, John J. Janovy, Jr., Steven Nadler, and Scott L. Gardner, pages 566–581
Chapter 51: Heterakoidea (Superfamily): Cosmopolitan Gut-Dwelling Parasites …
Concepts In Animal Parasitology, Part 3: Endoparasitic Platyhelminths,
2024
Texas Tech University
Concepts In Animal Parasitology, Part 3: Endoparasitic Platyhelminths, Larry S. Roberts, John J. Janovy Jr., Steven A. Nadler, Scott L. Gardner, Sumiya Ganzorig, Tomáš Scholz, Roman Kuchta, Jorge Falcon-Ordaz, Luis Garcia-Prieto, Francisco Zaragoza-Tapia, Scott Monks, Omar Lagunas-Calvo, Brenda Atziri García-García, Berenice Adán-Torres, Klaus Rohde, Willi E. R. Xylander, Lucrecia Acosta Soto, Rafael Toledo, Russell Q.-Y. Yong, Thomas H. Cribb, Scott C. Cutmore, Daniel C. Huston, Nicholas Q.-X. Wee, Sue Ann Gardner, Gerardo Pérez-Ponce De León, David Iván Hernández-Mena, Brenda Solórzano-García, Virginia León-Règagnon, Jeffrey M. Lotz, Storm B. Martin
Concepts in Animal Parasitology
Part III: Endoparasitic Platyhelminths, chapters 15-47, pages 231-531, in Concepts in Animal Parasitology. 2024. Scott L. Gardner and Sue Ann Gardner, editors. Zea Books, Lincoln, Nebraska, United States; part III doi: 10.32873/unl.dc.ciap073
PLATYHELMINTHES
Chapter 15: Introduction to Endoparasitic Platyhelminths (Phylum Platyhelminthes) by Larry S. Roberts, John J. Janovy, Jr., Steve Nadler, and Scott L. Gardner, pages 231-240
CESTODA
Chapter 16: Introduction to Cestodes (Class Cestoda) by Scott L. Gardner, pages 241-246
Eucestoda
Chapter 17: Cyclophyllidea Beneden in Braun, 1900 (Order) by Scott L. Gardner, pages 247-249
Chapter 18: Taenia (Genus) by Sumiya Ganzorig and Scott. L. Gardner, pages 251-261
Chapter …
Concepts In Animal Parasitology, Chapter 69: A Short Introduction To Marine Parasitology: Marine Parasites Of Economic And Medical Importance [Auxiliary Concepts],
2024
University of New England
Concepts In Animal Parasitology, Chapter 69: A Short Introduction To Marine Parasitology: Marine Parasites Of Economic And Medical Importance [Auxiliary Concepts], Klaus Rohde, Robin M. Overstreet
Concepts in Animal Parasitology
Chapter 69 in Concepts in Animal Parasitology, S. L. Gardner and S. A. Gardner, editors. 2024. Zea Books, Lincoln, Nebraska, United States
Introduction
Parasitism, in this chapter, is defined as “a close association of two organisms, in which one—the parasite—depends on the other—the host—deriving some benefit from it. The benefit is often food” (Rohde, 2005b). Many bacteria, viruses, and fungi are parasitic but usually not studied by parasitologists sensu stricto; they are the domain of microbiologists. Parasites as defined here do not always harm their host; the border between so-called genuine parasites and other symbionts such as commensals is often …
Concepts In Animal Parasitology, Chapter 50: Ascarididae And Anisakidae (Families):
Large Intestinal Nematodes [Nemata, Secernentea],
2024
Texas Tech University
Concepts In Animal Parasitology, Chapter 50: Ascarididae And Anisakidae (Families): Large Intestinal Nematodes [Nemata, Secernentea], Larry S. Roberts, John J. Janovy Jr., Steven A. Nadler, Scott L. Gardner
Concepts in Animal Parasitology
An overview of the large intestinal nematodes (roundworms) in the families Ascarididae and Anisakidae. Includes a discussion of the taxonomy, as well as the biology and other aspects of ascarids and anasakids of human medical and veterinary importance, such as Ascaris lumbricoides, Toxocara canis, Anasakis spp., and other species.
Chapter 50 in Concepts in Animal Parasitology, by Larry S. Roberts, John J. Janovy, Jr., Steven Nadler, and Scott L. Gardner. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap050
Concepts In Animal Parasitology, Chapter 42: Opisthorchis (Genus) [Platyhelminthes, Trematoda, Digenea, Plagiorchiida],
2024
University of Nebraska-Lincoln
Concepts In Animal Parasitology, Chapter 42: Opisthorchis (Genus) [Platyhelminthes, Trematoda, Digenea, Plagiorchiida], Sue Ann Gardner
Concepts in Animal Parasitology
A very brief overview of the trematode (fluke) genus Opisthorchis, including taxonomy, human medical importance, and life cycle.
Chapter 42 in Concepts in Animal Parasitology, compiled by Sue Ann Gardner from information from the United States Centers for Disease Control and Prevention, Division of Parasitic Diseases and Malaria. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap042
Concepts In Animal Parasitology, Chapter 37: Bivesiculata Olson Et Al., 2003 (Suborder): Small, Rare, But Important [Platyhelminthes, Trematoda, Digenea, Plagiorchiida],
2024
University of Queensland
Concepts In Animal Parasitology, Chapter 37: Bivesiculata Olson Et Al., 2003 (Suborder): Small, Rare, But Important [Platyhelminthes, Trematoda, Digenea, Plagiorchiida], Thomas H. Cribb, Scott C. Cutmore
Concepts in Animal Parasitology
An overview of the the small, rare, but important group of trematodes (flukes) in suborder Bivesiculata Olson et al., 2003, found in the intestine of marine bony fishes in the class Osteichthyes. Includes identification methods, general morphology, life cycles, and taxonomy.
Chapter 37 in Concepts in Animal Parasitology by Thomas H. Cribb and Scott C. Cutmore. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap037
Concepts In Animal Parasitology, Chapter 18: Taenia (Genus) [Platyhelminthes, Cestoda, Eucestoda],
2024
National University of Mongolia
Concepts In Animal Parasitology, Chapter 18: Taenia (Genus) [Platyhelminthes, Cestoda, Eucestoda], Sumiya Ganzorig, Scott L. Gardner
Concepts in Animal Parasitology
Discusses the cestode (tapeworm) genus Taenia, several species of which infect humans, including their general morphology, the asexual reproduction of the metacestodes, identifcation, systematics, phylogeny, distribution, hosts, and their medical and veterinary importance.
Chapter 18 in Concepts in Animal Parasitology on the genus Taenia by Sumiya Ganzorig and Scott L. Gardner. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap018
Concepts In Animal Parasitology, Chapter 63: Siphonaptera Latreille, 1825 (Order): Fleas [Arthropoda],
2024
Universidad Nacional de La Plata
Concepts In Animal Parasitology, Chapter 63: Siphonaptera Latreille, 1825 (Order): Fleas [Arthropoda], Marcela Lareschi
Concepts in Animal Parasitology
An overview of fleas, order Siphonaptera Latreille, 1825, the adults of which are highly specialized holometabolous arthropods adapted to parasitic life and are morphologically very different from other insects. Fleas are parasites of birds and mammals, but their greatest specific richness is associated with rodents. There are nearly 3,000 species and subspecies placed in 19 families that are currently known worldwide. Includes discussion of the general morphology of the imago, larva, pupa, and eggs, their morphological adaptation to parasitism, phylogeny, systematics, taxonomy, geographic distribution, host associations, biology, reproduction, and medical and veterinary importance.
Chapter 63 in Concepts in Animal Parasitology, …
Concepts In Animal Parasitology, Chapter 51: Heterakoidea (Superfamily): Cosmopolitan Gut-Dwelling Parasites Of Tetrapods [Nemata, Secernentea],
2024
Southern Illinois University, Carbondale
Concepts In Animal Parasitology, Chapter 51: Heterakoidea (Superfamily): Cosmopolitan Gut-Dwelling Parasites Of Tetrapods [Nemata, Secernentea], F. Agustín Jiménez-Ruiz
Concepts in Animal Parasitology
An overview of the cosmopolitan gut-dwelling nematodes (roundworms) in the superfamily Heterakoidea, which occur most often in the cecum and large intestine of amphibians, reptiles, birds, and mammals. Discusses the general morphological characteristics, diagnosis, distribution and host associations, general biology, evolution, systematics, phylogeny, ecology, and conservation, including coverage of species of veterinary importance, Heterakis gallinarum and Histomonas meleagridis.
Chapter 51 in Concepts in Animal Parasitology, by F. Agustín Jiménez-Ruiz. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap051
Concepts In Animal Parasitology, Chapter 57: Nematomorpha (Phylum): Horsehair Worms,
2024
Oklahoma State University
Concepts In Animal Parasitology, Chapter 57: Nematomorpha (Phylum): Horsehair Worms, Matthew G. Bolek, Ben Hanelt
Concepts in Animal Parasitology
An overview of the horsehair worms, phylum Nematomorpha, including discussion of their general morphology, life cycle, distribution, diversity, taxonomy, phylogeny, ecology, and behavior.
Chapter 57 in Concepts in Animal Parasitology, by Matthew G. Bolek and Ben Hanelt. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap057
Concepts In Animal Parasitology, Chapter 09: The Coccidia Proper: Important Apicomplexa Other Than Haemoprotozoa [Protozoa, Apicomplexa],
2024
University of New Mexico
Concepts In Animal Parasitology, Chapter 09: The Coccidia Proper: Important Apicomplexa Other Than Haemoprotozoa [Protozoa, Apicomplexa], Donald W. Duszynski
Concepts in Animal Parasitology
Chapter 9 in Concepts in Animal Parasitology on the Coccidia Ppoper, important Apicomplexa other than Haemoprotozoa by Donald W. Duszynski. 2024. S. L. Gardner and S. A. Gardner, editors. Zea Books, Lincoln, Nebraska, United States. doi: 10.32873/unl.dc.ciap009
Towards A Mode Of Action For The Anti-Schistosomal Aryl Hydantoins,
2023
University of Nebraska Medical Center
Towards A Mode Of Action For The Anti-Schistosomal Aryl Hydantoins, Thomas Schulze
Theses & Dissertations
Schistosomiasis is a significant human disease caused by the helminth parasite Schistosoma mansoni. Praziquantel remains the only clinically used treatment, yet it is rapidly metabolized and only effective against the adult stage worm infection. Ro 13-3978 (AR02) is a potent antischistosomal compound with activity against multiple S. mansoni life stages; however, it manifests anti-androgenic activity. Additionally, the mechanism of action for worm clearance remains unknown. The structure of Ro 13-3979 was used to generate optimized derivatives, including AR102, that show increased potency towards worms, reduced off-target anti-androgen effects, and extended half-life thereby increasing the feasibility for a single-dose curative treatment. …
Human-Bat Interactions In A Disease Emergence Hotspot: Implications For Human Health And Bat Conservation,
2023
University of Arkansas, Fayetteville
Human-Bat Interactions In A Disease Emergence Hotspot: Implications For Human Health And Bat Conservation, Reilly Tempest Jackson
Graduate Theses and Dissertations
Bats are an ecologically important taxon that can host zoonotic pathogens. Globally, many bat species are synanthropic and live closely with humans, often roosting in man-made structures. The spatial overlap between humans and bats creates opportunities for human-bat contact, which can lead to human exposure to bat-borne pathogens and conflicts that cause bat mortality. Despite this risk, little is known about the drivers and characteristics of these human-bat interactions in buildings and work is needed to understand this aspect of the wildlife-urban interface. In Chapter I, I present a literature review that identifies the geographic and taxonomic trends in reported …
