The effect of host manipulation by parasites on trophic transmission to final hosts remains
unclear. The transmission benefits gained by manipulative parasites are difficult to assess …

Several parasite species have the ability to modify their host's phenotype to their own
advantage thereby increasing the probability of transmission from one host to another. This …

Parasites relying on trophic transmission to complete their life cycles often induce
modifications of their host's behavior in ways that may increase their susceptibility to …

Many trophically transmitted parasites with complex life cycles manipulate their intermediate
host behavior in ways facilitating their transmission to final host by predation. This facilitation …

In most cases, parasites alter more than one dimension in their host phenotype. Although
multidimensionality in parasite-induced phenotypic alterations (PIPAs) seems to be the rule …

Numerous parasites with complex life cycles are able to manipulate the behaviour of their
intermediate host in a way that increases their trophic transmission to the definitive host …

Previous research has shown that certain types of edible fish imported into Australia are
infected with Euclinostomum/Isoparorchis digenetic trematodes. In the present study …

Parasites alter many traits of their hosts. In particular, parasites known as “manipulative” may
increase their probability of transmission by inducing phenotypic alterations in their …

Several parasite species are known to manipulate the phenotype of their hosts in ways that
enhance their own transmission. Co-occurrence of manipulative parasites, belonging to the …

Amphipods are a key component of aquatic ecosystems due to their distribution, abundance
and ecological role. They also serve as hosts for many micro-and macro-parasites. The …