Book chapters
5.
How evolutionary biology can explain the emergence and persistence of cancer
Arnal A., Roche B.
In press, How can conservation biology reduce the risk pf epidemics in human populations? The example of flaviviruses in Yucatan, Quae
4.
How evolutionary biology can explain the emergence and persistence of cancer
Arnal A., Giraudeau M., Ujvari B., Thomas F., Roche B.
In press, The Ecology of Infectious Diseases: Methods on Evolution, Biodiversity, and Environmental Interactions, Oxford University Press
3.
Control integral de la enfermedad de Chagas
Waleckx E., Arnal A., Haro P., Hernández N., Villanueva L., Cruz V., Martínez P., Ramírez M., Dumonteil E., Rosado M.
2019, In enfermedades infecciosas y transmitidas por vector. Centro de Investigaciones Regionales Dr. Hideyo Noguchi, UADY pp. 7-38
2.
Metabarcoding, a new approach to the study of Chagas disease transmission cycles and the ecology of its vectors
Waleckx E., Arnal A., Dumonteil E.
2019, Avances y perspectiva de la Biotecnología en la península de Yucatán, Redalyc pp. 1051-1065
1.
Cancer prevalence and etiology in wild and captive animals
Madsen T., Arnal A., Vittecoq M., Bernex F., Abadie J., Labrut S., Garcia D., Faugere D., Lemberger K., Beckmann C., Roche B., Thomas F., Ujvari B.
2017, Ecology and Evolution of Cancer, Elsevier pp. 10-43