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Figure 3: Pathogen invasion success measured in tomato plant rhizosphere.
Figure 2: Pathogen invasion success measured in microcosm experiments.
In general, ROS bursts constitute one of the earliest plant responses to pathogen invasion.
Only high community connectance had direct negative effect on pathogen invasion success (Fig. 4a).
High connectance could thus decrease pathogen invasion success via reduced opportunities for pathogen growth.
We first concentrated on pathogen invasion success in microtitre plate invasions assays.
The epidermis and periderm protect plants from water and solute loss, pathogen invasion, and UV radiation.
Toll-like receptors (TLRs) are important molecules for detecting both pathogen invasion and tissue damage.
These results suggest that the same network variables that predicted pathogen invasion success in simple laboratory microcosms can also predict pathogen invasion success in more complicated tomato plant rhizosphere.
Increasing resident community diversity reduced pathogen invasion success, defined as the portability of successful invasion (Table 1).
We found that highly connected resident communities decreased the probability of pathogen invasion success in microcosm experiments.
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