Santiago Nava mainly focuses on Ixodidae, Zoology, Tick, Acari and Ecology. His Ixodidae research incorporates themes from Rickettsiosis and Rhipicephalus. His Zoology study combines topics in areas such as Species richness, Oligoryzomys flavescens and Genetic divergence.
His work on Argasidae as part of general Tick study is frequently connected to Bufo, therefore bridging the gap between diverse disciplines of science and establishing a new relationship between them. His Acari research includes elements of Range, Ehrlichia canis and Seta. His work deals with themes such as Phylogenetics and Phylogenetic tree, which intersect with Ecology.
Santiago Nava mainly investigates Tick, Zoology, Ixodidae, Acari and Ecology. His Tick research includes themes of Host and Ivermectin. The various areas that Santiago Nava examines in his Zoology study include Genetic divergence, Ehrlichia and Phylogenetic tree.
His work in Ixodidae addresses subjects such as Nymph, which are connected to disciplines such as Larva and Diapause. The Acari study combines topics in areas such as Animal ecology and Seta. Santiago Nava combines subjects such as Amblyomma cajennense and Haemaphysalis with his study of Amblyomma.
His scientific interests lie mostly in Zoology, Tick, Acari, Phylogenetic tree and Ixodidae. As a part of the same scientific study, Santiago Nava usually deals with the Zoology, concentrating on Ixodes and frequently concerns with Ixodes ricinus and Monophyly. In his work, Animal ecology, Rhipicephalus and Ivermectin is strongly intertwined with Larva, which is a subfield of Tick.
Santiago Nava has researched Phylogenetic tree in several fields, including GenBank, Hepatozoon and Amblyomma. Ixodidae connects with themes related to Rickettsia bellii in his study. Santiago Nava interconnects Anatomy and Spotted fever in the investigation of issues within Argasidae.
Santiago Nava mostly deals with Zoology, Acari, Amblyomma, Nymph and Ixodidae. He studied Zoology and Ixodes that intersect with Genus, Animal ecology, Clade and Sensu. His work in Acari addresses issues such as Tick, which are connected to fields such as Rickettsiales.
His research in Amblyomma intersects with topics in Rickettsiosis, Rickettsia parkeri, Tick-borne disease and Phylogenetic tree. His Nymph research is multidisciplinary, incorporating elements of Rickettsia amblyommatis, Tick infestation and Amblyomma mixtum. His work carried out in the field of Ixodidae brings together such families of science as Taxon, Species complex, Monophyly, Panama and Ixodes ricinus.
Santiago Nava;Lorenza Beati;Marcelo Bahia Labruna;Abraham G. Cáceres
A. A. Guglielmone;L. Beati;D. M. Barros-Battesti;M. B. Labruna
Santiago Nava;Alberto A Guglielmone;Atilio J Mangold
Marcelo B. Labruna;Salim Mattar V;Santiago Nava;Sergio Bermudez
Lorenza Beati;Santiago Nava;Erica J Burkman;Erica J Burkman;Darci M Barros-Battesti
Santiago Nava;Lorenza Beati;José M. Venzal;Marcelo B. Labruna
Santiago Nava;Agustín Estrada-Peña;Trevor Petney;Lorenza Beati
Agustin Estrada-Peña;José Manuel Venzal;Santiago Nava;Atilio J Mangold
Santiago Nava;Mariano Mastropaolo;José M. Venzal;Atilio J. Mangold
Alberto Alejandro Guglielmone;Santiago Nava
Santiago Nava;Yasmin Elshenawy;Marina E. Eremeeva;John W. Sumner
Marcelo B. Labruna;Richard C. Pacheco;Santiago Nava;Paulo E. Brandão
Andrea M. Egizi;Richard G. Robbins;Lorenza Beati;Santiago Nava
Agustin Estrada-Peña;A. J Mangold;Santiago Nava;J. M Venzal
Santiago Nava;Alberto Alejandro Guglielmone
Santiago Nava;José M. Venzal;Marcelo B. Labruna;Mariano Mastropaolo
Richard C. Pacheco;Ignacio Eduardo Echaide;Rosiane N. Alves;Marcelo E. Beletti
Gabriel L. Cicuttin;Evelina Luisa Tarragona;M. Nazarena de Salvo;Atilio Jose Mangold
Alberto Alejandro Guglielmone;Santiago Nava
Richard C. Pacheco;Jonas Moraes-Filho;Santiago Nava;Paulo E. Brandão
Marcelo B. Labruna;Santiago Nava;Arlei Marcili;Amália Regina Mar Barbieri
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