Daphnia and its parasites have become recognized as a model system for studying the epidemiological, evolutionary and genetic interactions between hosts and parasites. The key advantages of the Daphnia-parasite system are the propagation of the host as iso-female lines, that is clonal, but at the same time the possibility to cross lines. Furthermore, Daphnia have diverse parasites, including bacteria, fungi, microsporidia and helminths, which can be kept in culture with the hosts. For two parasites of Daphnia magna, coevolution has been demonstrated phenotypically. Coevolution in D. magna and the bacterium Pasteuria ramosa is consistent with model predictions of coevolution by negative frequency dependent selection, the Red Queen hypothesis...
Understanding the genetic architecture of host resistance is key for understanding the evolution of ...
Understanding the genetic architecture of host resistance is key for understanding the evolution of ...
An increase in biological diversity leads to a greater stability of ecosystem properties. For host-p...
The Red Queen hypothesis proposes that antagonistic coevolution between parasites and their hosts is...
Background: Infection processes consist of a sequence of steps, each critical for the interaction be...
The Red Queen hypothesis can explain the maintenance of host and parasite diversity. However, the Re...
Antagonistic coevolution is a major driving force in the evolution of host and parasite. Parasites c...
Antagonistic coevolution is a major driving force in the evolution of host and parasite. Parasites c...
The Red Queen hypothesis can explain the maintenance of host and parasite diversity. However, the Re...
Antagonistic interactions between hosts and parasites are a key structuring force in natural populat...
Antagonistic interactions between hosts and parasites are a key structuring force in natural populat...
Understanding how diversity is maintained in natural populations is a major goal of evolutionary bio...
The Red Queen hypothesis can explain the maintenance of host and parasite diversity. However, the Re...
The infection process of many diseases can be divided into series of steps, each one required to suc...
The population structure of parasites is central to the ecology and evolution of host-parasite syste...
Understanding the genetic architecture of host resistance is key for understanding the evolution of ...
Understanding the genetic architecture of host resistance is key for understanding the evolution of ...
An increase in biological diversity leads to a greater stability of ecosystem properties. For host-p...
The Red Queen hypothesis proposes that antagonistic coevolution between parasites and their hosts is...
Background: Infection processes consist of a sequence of steps, each critical for the interaction be...
The Red Queen hypothesis can explain the maintenance of host and parasite diversity. However, the Re...
Antagonistic coevolution is a major driving force in the evolution of host and parasite. Parasites c...
Antagonistic coevolution is a major driving force in the evolution of host and parasite. Parasites c...
The Red Queen hypothesis can explain the maintenance of host and parasite diversity. However, the Re...
Antagonistic interactions between hosts and parasites are a key structuring force in natural populat...
Antagonistic interactions between hosts and parasites are a key structuring force in natural populat...
Understanding how diversity is maintained in natural populations is a major goal of evolutionary bio...
The Red Queen hypothesis can explain the maintenance of host and parasite diversity. However, the Re...
The infection process of many diseases can be divided into series of steps, each one required to suc...
The population structure of parasites is central to the ecology and evolution of host-parasite syste...
Understanding the genetic architecture of host resistance is key for understanding the evolution of ...
Understanding the genetic architecture of host resistance is key for understanding the evolution of ...
An increase in biological diversity leads to a greater stability of ecosystem properties. For host-p...