Evolutionary theory suggests that the conditions required for the establishment of mutualistic symbioses through mutualism alone are highly restrictive, often requiring the evolution of complex stabilising mechanisms. Exploitation, whereby initially the host benefits at the expense of its symbiotic partner and mutual benefits evolve subsequently through trade-offs, offers an arguably simpler route to the establishment of mutualistic symbiosis. In this review, we discuss the theoretical and experimental evidence supporting a role for host exploitation in the establishment and evolution of mutualistic microbial symbioses, including data from both extant and experimentally evolved symbioses. We conclude that exploitation rather than mutualism ...
Many models of mutualisms show that mutualisms are unstable if hosts lack mechanisms enabling prefer...
Symbiosis is a process that can generate evolutionary novelties and can extend the phenotypic niche ...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...
Evolutionary theory suggests that the conditions required for the establishment of mutualistic symbi...
While examples of bacteria benefiting eukaryotes are increasingly documented, studies examining effe...
Our investigations concern the role of symbiosis as an enabling mechanism in evolutionary adaptation...
Symbioses between animals and microbes are ubiquitous, and often have drastic fitness effects on bot...
Humans, and many other species, are host to diverse symbionts. It is often suggested that the mutual...
Microbial associations are integral to all eukaryotes. Mutualism, the interaction of two species for...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...
Cooperative symbionts enable their hosts to exploit a diversity of environments. A low genetic diver...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...
Mutualistic interactions are taxonomically and functionally diverse. Despite their ubiquity, the bas...
Across the tree of life, hosts have evolved mechanisms to control and mediate interactions with symb...
Many models of mutualisms show that mutualisms are unstable if hosts lack mechanisms enabling prefer...
Symbiosis is a process that can generate evolutionary novelties and can extend the phenotypic niche ...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...
Evolutionary theory suggests that the conditions required for the establishment of mutualistic symbi...
While examples of bacteria benefiting eukaryotes are increasingly documented, studies examining effe...
Our investigations concern the role of symbiosis as an enabling mechanism in evolutionary adaptation...
Symbioses between animals and microbes are ubiquitous, and often have drastic fitness effects on bot...
Humans, and many other species, are host to diverse symbionts. It is often suggested that the mutual...
Microbial associations are integral to all eukaryotes. Mutualism, the interaction of two species for...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...
Cooperative symbionts enable their hosts to exploit a diversity of environments. A low genetic diver...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...
Mutualistic interactions are taxonomically and functionally diverse. Despite their ubiquity, the bas...
Across the tree of life, hosts have evolved mechanisms to control and mediate interactions with symb...
Many models of mutualisms show that mutualisms are unstable if hosts lack mechanisms enabling prefer...
Symbiosis is a process that can generate evolutionary novelties and can extend the phenotypic niche ...
Mutualistic bacteria infect most eukaryotic species in nearly every biome. Nonetheless, two dilemmas...