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Mechanical transmission or dissemination of infectious pathogens/parasites by arthropods
- Author / Creator
- Available as
- Online
Details
- Creator
- Lane Foil
- Format
- Videos, Slides, Films
- Language
- English
- Publication
-
- London : Henry Stewart Talks Ltd, 2022
- Series
- Physical Details
-
- 1 streaming video file (31 min., 39 sec.) : sound, color
- video file
- Retrieved April 15, 2024, from https://hstalks.com/bs/1842/.
- Introduction -- Biological and mechanical transmissions (MT) -- Vehicles of mechanical transmission -- Indirect mechanical transmission factors -- Indirect mechanical transmission -- Mechanical transmission found to be minimal at best -- Indirect mechanical transmission: bacteria -- Enteric bacteria -- Flies and bacteria in nonhygienic environment -- Indirect mechanical transmission: protozoa -- Indirect mechanical transmission: helminths -- Contaminative mechanical transmission -- Direct mechanical transmission: helminths -- Agents of disease related to arthropods -- Feeding behaviors -- Direct MT between 2 hosts (1) -- Besnoitiosis -- Blood-borne protozoans: mechanical transmission -- Trypomastigotes in blood -- Trypanosomes -- Direct mechanical transmission: bacteria -- Direct MT between 2 hosts (2) -- Example: early disseminated lesions of yaws -- Yaws -- Direct MT between 2 hosts (3) -- Summer mastitis (1) -- Summer mastitis (2) -- Bacteria and host secretions -- Example: face flies feeding on eye secretions -- Infectious bovine keratitis (pinkeye) -- Trachoma -- Trachoma overview -- Skin or blood as a source to bacteria -- Tularemia (rabbit fever) -- Anaplasmosis -- Anthrax -- MT of viruses between 2 hosts -- Fowlpox viruses -- Myxoma virus -- Sole MT of blood-borne viruses (1) -- Sole MT of blood-borne viruses (2) -- Bovine leukemia virus -- Equine infectious anemia virus -- Mechanically transmitted pathogens (1) -- Mechanically transmitted pathogens (2) -- Mechanically transmitted diseases: the host aspect -- Efficient arthropod vectors -- When and where MT by arthropods is important -- Tabanids attack -- Probability of a transmission event -- Tabanids species -- A study using mark recapture technique (1) -- A study using mark recapture technique (2) -- Results -- Prediction of MT importance -- Estimates of blood quantity between hosts -- Blood transfer vehicle importance -- More tabanids feeding studies -- Infectivity of donor blood -- Practical applications -- Summary -- Acknowledgements