Molekulární fylogeneze, biologie a klasifikace mikrosporidií podle modelových skupin parazitujících u Trichopter a Lepidopter
Molecular Phylogeny, Biology and Classification of the Microsporidia (Microsporidia,Fungi) According to the Model Groups from Caddis Flies (Insecta, Trichoptera) and Butterflies (Insecta, Lepidoptera).
dizertační práce (OBHÁJENO)
Zobrazit/ otevřít
Trvalý odkaz
http://hdl.handle.net/20.500.11956/96071Identifikátory
SIS: 112343
Kolekce
- Kvalifikační práce [19113]
Autor
Vedoucí práce
Konzultant práce
Oborník, Miroslav
Oponent práce
Koudela, Břetislav
Weiser, Jaroslav
Fakulta / součást
Přírodovědecká fakulta
Obor
Parazitologie
Katedra / ústav / klinika
Katedra parazitologie
Datum obhajoby
18. 9. 2007
Nakladatel
Univerzita Karlova, Přírodovědecká fakultaJazyk
Čeština
Známka
Prospěl/a
RESULTS: Theresultsof thePh.D.thesiscanbesummarizedinto4 thematicareas: l ) screeningand experimentaldataconcemingthe prevalence,genusand speciesdiversíty. hostandtissuespeciťrcityand of ecological. pathofyziologicalcharactersof infectionsand of theirtransmission. 2) classificationandtaxonomystudies 3) resultsofsequencingfollowedby phylogenyanalysis 4) resultsoťcomparativestudybasedon summarizeddata Ad r) T\."enty-fourmicrosporidiafrom Trichopteraand Lepidopteraas well as 5 microsporidiafrom potentialintermediatehosts (Crustacea,Amphipoda) were isolatedand screenedusing light andelectronmicroscopyandmolecularbiologymethods.The screenedorganismsrepresented thefollolving generain theconventionalclassificationof Microsporidia (Canrringand Vávra, 2000)ů,osema(7). Endoreticulatus (3), C1lstosporogenes(2). Thelohania (4), Gurleya (1), Cougourdella(l), Pyrotheca(l), Episeptum(5), Toxoglugea(1),Larssoniella (2),unresolved isolates(2)(thenumberofspeciesexaminedin respectivegenerais givenin parentheses). The publications(l-3) and the abstract(8) reportthe ecologicaland experimentaldataon the prevalence,hostand tissue specificity and transmission of l0 examinedmicrosporidia.The :.';!:rtion(.1)and the abstract (7) describe ecological and experimentaldata on several 'f microsporidiaof theglpsy moth,Lymantria dispar...
RESULTS: Theresultsof thePh.D.thesiscanbesummarizedinto4 thematicareas: l ) screeningand experimentaldataconcemingthe prevalence,genusand speciesdiversíty. hostandtissuespeciťrcityand of ecological. pathofyziologicalcharactersof infectionsand of theirtransmission. 2) classificationandtaxonomystudies 3) resultsofsequencingfollowedby phylogenyanalysis 4) resultsoťcomparativestudybasedon summarizeddata Ad r) T\."enty-fourmicrosporidiafrom Trichopteraand Lepidopteraas well as 5 microsporidiafrom potentialintermediatehosts (Crustacea,Amphipoda) were isolatedand screenedusing light andelectronmicroscopyandmolecularbiologymethods.The screenedorganismsrepresented thefollolving generain theconventionalclassificationof Microsporidia (Canrringand Vávra, 2000)ů,osema(7). Endoreticulatus (3), C1lstosporogenes(2). Thelohania (4), Gurleya (1), Cougourdella(l), Pyrotheca(l), Episeptum(5), Toxoglugea(1),Larssoniella (2),unresolved isolates(2)(thenumberofspeciesexaminedin respectivegenerais givenin parentheses). The publications(l-3) and the abstract(8) reportthe ecologicaland experimentaldataon the prevalence,hostand tissue specificity and transmission of l0 examinedmicrosporidia.The :.';!:rtion(.1)and the abstract (7) describe ecological and experimentaldata on several 'f microsporidiaof theglpsy moth,Lymantria dispar...