Complex life cycles are a hallmark of parasitic trematodes. In several trematode taxa, however, the life cycle is truncated: fewer hosts are used than in a typical three-host cycle, with fewer transmission events. Eliminating one host from the life cycle can be achieved in at least three different ways. Some trematodes show even more extreme forms of life cycle abbreviations, using only a mollusc to complete their cycle, with or without sexual reproduction. The occurrence of these phenomena among trematode families are reviewed here and show that life cycle truncation has evolved independently many times in the phylogeny of trematodes. The hypotheses proposed to account for life-cycle truncation, in addition to the factors preventing the ad...
A comparison of helminth life-cycles reveals a number of singular features in the digenean pattern. ...
Alternative transmission strategies are common in many parasitic organisms, often representing discr...
Trematodes belonging to the blood-inhabiting group have long attracted the attention of parasitologi...
Parasites with complex life cycles, perhaps more than any other organisms, face considerable odds ag...
Life cycles involving several host species are observed in numerous and phylogenetically distant gro...
© 2018 Elsevier Inc. The evolutionary causes and consequences of changes in complex life cycles are ...
Numerous parasite species have evolved complex life cycles with multiple, subsequent hosts. For trem...
Trematodes from 11 families have dixenic life cycles. Primary dixenic life cycles are typical for tr...
The life cycles of the great majority of digeneans display a remarkable and highly characteristic al...
The transmission stages of parasites are key determinants of parasite fitness, but they also incur h...
Abstract Division of labour has evolved in many social animals where colonies consist ...
Why do so many parasitic worms have complex life-cycles? A complex life-cycle has at least two hypot...
Parasitic worms (i.e., helminths) commonly infect multiple hosts in succession. With every transmiss...
Truncated life cycles may emerge in digeneans if the second intermediate host is eliminated, and the...
igen rate edi the second intermediate host is relatively immobile and cercarial dispersal is the sol...
A comparison of helminth life-cycles reveals a number of singular features in the digenean pattern. ...
Alternative transmission strategies are common in many parasitic organisms, often representing discr...
Trematodes belonging to the blood-inhabiting group have long attracted the attention of parasitologi...
Parasites with complex life cycles, perhaps more than any other organisms, face considerable odds ag...
Life cycles involving several host species are observed in numerous and phylogenetically distant gro...
© 2018 Elsevier Inc. The evolutionary causes and consequences of changes in complex life cycles are ...
Numerous parasite species have evolved complex life cycles with multiple, subsequent hosts. For trem...
Trematodes from 11 families have dixenic life cycles. Primary dixenic life cycles are typical for tr...
The life cycles of the great majority of digeneans display a remarkable and highly characteristic al...
The transmission stages of parasites are key determinants of parasite fitness, but they also incur h...
Abstract Division of labour has evolved in many social animals where colonies consist ...
Why do so many parasitic worms have complex life-cycles? A complex life-cycle has at least two hypot...
Parasitic worms (i.e., helminths) commonly infect multiple hosts in succession. With every transmiss...
Truncated life cycles may emerge in digeneans if the second intermediate host is eliminated, and the...
igen rate edi the second intermediate host is relatively immobile and cercarial dispersal is the sol...
A comparison of helminth life-cycles reveals a number of singular features in the digenean pattern. ...
Alternative transmission strategies are common in many parasitic organisms, often representing discr...
Trematodes belonging to the blood-inhabiting group have long attracted the attention of parasitologi...