REGISTRATION REQUEST and ABSTRACT SUBMISSION DEADLINE: : June 27, 2019
To attend the conferences Jacques Monod, an abstract submission is mandatory,
Registrations request without abstract submission will not be processed, except in specific
cases (i. g. for Publishers : please contact chairperson).
Chairperson: Samuel Alizon
Laboratoire MIVEGEC (CNRS, IRD, Université de Montpellier), IRD, 911 Avenue Agropolis, BP 64501 34394 Montpellier Cedex 5 France
Phone: +33 (0)4 48 19 18 67
Email: samuel.alizon@cnrs.fr
Vice-chairperson: Paul Turner
Department of Ecology and Evolutionary Biology, Yale University, New Haven, Connecticut 06520, USA
Phone: +1 203 432 5918
Email: paul.turner@yale.edu
Since their discovery more than a century ago, viruses have been an object of fascination and controversy. For instance, their status as living organisms is often questioned but, at the same time, they are suspected of having played key roles in the evolution of life. Viruses are also widely feared, especially due to recent Zika and Ebola epidemics; however, they are increasingly used to fight diseases, for example via phage therapy or cancer treatment. Almost all of these risks and benefits stem from the ability of viruses to evolve rapidly, a property that allows them to emerge on new host species, resist drugs and evade vaccines, while also permitting rapid technological development.
Virus evolution is a useful feature for conducting basic and applied research. At the experimental level, rapid evolution provides efficient power to test general biological questions, for instance regarding the evolution of cooperation. At the more applied level, new technologies can be used to monitor real-time viral dynamics in biological systems. For instance, analysing whole-genomics is efficient for deciphering virus evolutionary history and epidemiology. In general, recent years have seen a growing appreciation of virus biodiversity and the roles that viruses may play in the functioning of natural environments and microbiota. Finally, the importance of viral evolution is increasingly recognized as crucial when designing public health policies. These many conceptual ideas and technological advances highlight that research on virus evolution is particularly timely.
This conference aims to encompass this wide variety of vital topics on virus evolution. In particular, the conference will bring together an international community of researchers that use various approaches (e.g., clinical research, mathematical modeling, laboratory experimental evolution, molecular biology, bioinformatics, immunology, biotechnology) to study a wide diversity of viruses that infect hosts including bacteria, protozoa, plants and animals. One of the goals will be to identify promising research questions for the field of virus evolution in the coming years.