As the pathogen is strictly host specific for wheat, we are limited in this system in terms of resources available in dissecting the host in this interaction (e.g. T-DNA lines etc. aren't available).
Since the interaction between FLIPr and the human C1q subcomponents involved key players of the bacterial offense and host defense, this interaction was further validated at the biochemical and functional level.
MTB has been demonstrated to have high number of Plg receptors, which can be activated to Plm by host activators, suggesting that this interaction could have a role in host-bacteria relationship [ 34, 35].
As previously demonstrated, roots can be used as a pathway to insect hosts by EPN, but this interaction and its impact on EPN foraging remain poorly documented.
We are currently in the process of passaging isolates through RB-containing hosts to determine whether this interaction can affect IPI-O diversity over multiple generations.
Still other chapters dissect and analyze every aspect of the complex relationship between host and agent, successfully making this interaction the central topic.
This interaction is host-restricted [39].
Among the altered proteins that could potentially mediate this increased host cell interaction is the BON-protein (BCAM0280), which was substantially elevated with time of colonization in both individuals' isolates.
When the habitat is a host or interaction partner, this trade-off could lead to co-adaptation [ 12].
