2009
DOI: 10.2741/3418
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An overview of systematics and evolution of ticks

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Cited by 187 publications
(129 citation statements)
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“…These obligate hematophagous arthropods parasitize every class of vertebrates in almost every region of the world and occasionally bite humans (Parola & Raoult, 2001b). All species of ticks (Acaris: Ixodida) are grouped into three families: Argasidae (186 species), Ixodidae (692 species) and Nuttalliellidae (monotypic) (Nava et al, 2009). Each tick species lives in optimal environmental conditions that define particular biotopes and more or less strictly adhered to a specific host; therefore, the geographic distribution of ticks is usually restricted to specific areas (small or large), which explains why tick-borne diseases are often regional (Parola & Raoult, 2001b).…”
Section: Résumé : Actualité Sur Les Maladies Bactériennes Transmises mentioning
confidence: 99%
“…These obligate hematophagous arthropods parasitize every class of vertebrates in almost every region of the world and occasionally bite humans (Parola & Raoult, 2001b). All species of ticks (Acaris: Ixodida) are grouped into three families: Argasidae (186 species), Ixodidae (692 species) and Nuttalliellidae (monotypic) (Nava et al, 2009). Each tick species lives in optimal environmental conditions that define particular biotopes and more or less strictly adhered to a specific host; therefore, the geographic distribution of ticks is usually restricted to specific areas (small or large), which explains why tick-borne diseases are often regional (Parola & Raoult, 2001b).…”
Section: Résumé : Actualité Sur Les Maladies Bactériennes Transmises mentioning
confidence: 99%
“…Por otro lado, el análisis de retención de la información filogenética mostró que el marcador 16S no se saturaba con sustituciones a la escala taxonómica analizada en el presente trabajo, lo que respalda los hallazgos de otros autores que resaltan la utilidad de esta secuencia mitocondrial para filogenias en la escala analizada y para estudios de taxonomía molecular (18,21,35,36). Por el contrario, el análisis con al gen COX1 mostró que este marcador se saturó a partir de distancias calculadas con el método de Tamura-Nei de ~17 %, lo que limita su utilidad filogenética aparente a los estudios intraespecíficos o a los análisis gené-ticos de complejos de especies relativamente incipientes, tal como lo han señalado otros autores en otros grupos de ácaros (36,37).…”
Section: Gen Dmedia (%) Dmin (%) Dmax (%)unclassified
“…Entre dichos marcadores se encuentran las secuencias mitocondriales de la subunidad 16S del ARN ribosómico (16S), la subunidad 12S del ARN ribosomal (12S), la región D-loop, el gen de la citocromo oxidasa I (COX1), el gen de la citocromo oxidasa II (COX2), la subunidad 5 de la deshidrogenasa de NADH (NAD5) y regiones nucleares como el espaciador interno transcrito 2 (ITS2), el gen 18S ribosómico, el gen de la subunidad grande ribosómica (LSU), el gen de la ARN polimerasa II (RNApol II) y el gen de la gliceraldehído-3-fosfato deshidrogenasa (G3PDH) (10,(14)(15)(16)(17)(18)20,(21)(22)(23)(24)(25)(26).…”
unclassified
“…Recently, Nava et al (2009) joined this endeavor, compiling a list of 879 species (186 in the Argasidae, 692 in the Ixodidae, and 1 in the Nuttalliellidae), commenting on what they consider mistakes in the list of Barker and Murrell (2004), and adding or deleting names based on the argasid list of Keirans (1992) and the ixodid list of Horak et al (2002). As stated in its preface, the list of Horak et al (2002) amounts to an exercise in consensus, involving some of the very scientists responsible for previous lists.…”
Section: Introductionmentioning
confidence: 99%