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1.
J S Afr Vet Assoc ; 91(0): e1-e5, 2020 Nov 30.
Article in English | MEDLINE | ID: mdl-33314957

ABSTRACT

Genetic diversity within partial 18S rRNA sequences from Hepatozoon protozoan parasites from wild felines in South Africa was assessed and compared with data from domestic cats to assess patterns of host specificity. Lions, leopards, servals, a caracal and an African wildcat were all positive for parasites of the Hepatozoon felis-complex. However, haplotypes were not species-specific, and potential mixed infections were widespread. Additional genetic markers are needed to untangle the extremely complex situation of these parasites in both domestic cats and wild felines in South Africa.


Subject(s)
Animals, Wild/parasitology , Coccidia/isolation & purification , Coccidiosis/veterinary , Felis/parasitology , Animals , Cat Diseases/parasitology , Cats , Coccidia/classification , Coccidia/genetics , Coccidiosis/parasitology , Coinfection/parasitology , Coinfection/veterinary , Haplotypes , South Africa
2.
Parasitol Res ; 119(12): 4281-4286, 2020 Dec.
Article in English | MEDLINE | ID: mdl-32870404

ABSTRACT

During spring 2018, we captured 101 spur-thighed tortoises, Testudo graeca, from seven localities in central Morocco. All tortoises were examined for the presence of blood parasites Hemolivia mauritanica and Hyalomma aegyptium ticks, the known vectors. We looked for H. mauritanica infection by examination of blood smears and by genetic analysis with PCR using extractions from both tortoises and ticks. On all tortoises collected, 71.29% were infested with at least one tick, with a mean infestation intensity of 7.12 ticks/tortoise and maximum of 15.55 ticks/tortoises in Had Draa locality (Essaouira region). Although the definitive host is present and abundant in all tortoise populations, all blood samples were Hemolivia-negative. Our results support and confirm the finding of studies previously conducted in other populations of Morocco and indicate that H. mauritanica has a narrower distribution range than its tick vector.


Subject(s)
Coccidiosis/veterinary , Eucoccidiida/physiology , Turtles/parasitology , Animals , Animals, Wild , Coccidiosis/epidemiology , Coccidiosis/parasitology , Coccidiosis/transmission , DNA, Protozoan/genetics , Eucoccidiida/cytology , Eucoccidiida/genetics , Ixodidae/parasitology , Ixodidae/physiology , Morocco/epidemiology , Seasons , Tick Infestations/epidemiology , Tick Infestations/veterinary
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