Questions on viral population biology to complete dengue puzzle

Questions on viral population biology to complete dengue puzzle.

The mechanisms driving the current evolution of dengue remain unclear. We argue that disregarding the population biology of viruses has been a limiting factor, and present a hypothetical framework based on viral population biology. This allows us to pinpoint three flaws that need to be addressed: (1) a large underestimation of the viral polymorphism within populations; (2) a disregard of viral ...

More Dengue, More Questions

engue is epidemic or endemic in virtually every country in the tropics; it is even cited in the Guinness World Records, 2002, as the world's most important viral hemorrhagic fever and the most geographically widespread of the arthropodborne viruses. As illustrated in this issue of Emerging Infectious Diseases, dengue epidemics are expanding rapidly, as is the literature on the subject. That den...

An NL-Complete Puzzle

We investigate the complexity of a puzzle that turns out to be NLcomplete.

Dengue fever continues to challenge and to puzzle.

Plain Answers to Several Questions about Association/Independence Structure in Complete/Incomplete Contingency Tables

In this paper, we develop some results based on Relational model (Klimova, et al. 2012) which permits a decomposition of logarithm of expected cell frequencies under a log-linear type model. These results imply plain answers to several questions in the context of analyzing of contingency tables. Moreover, determination of design matrix and hypothesis-induced matrix of the model will be discusse...