Analysis of behavior of genus and interactions between two subunits, or between different proteins or RNA molecules, would also characterize their dynamical properties.
Pollination ecology is given in detail, with an emphasis on how floral features distinctive to the genus are linked to interaction with pollinators.
The compartmentalization model inferred for Nicotiana (another Solanaceae genus) also predicts an interaction between the non-self pollen protein and the S-RNase.
This latter suggests further effort is needed to investigate pathways that might play an essential role for nucleotide-sugar biosynthesis and for the regulation of the NDP-sugar pool in the host challenged by the RKN– Meloidogyne genus in the incompatible interaction.
M. organophilum is the type strain [ 1], although M. extorquens strain AM1 (Table 1), isolated as an airborne contaminant growing on methylamine [ 2], is the most studied strain and has been used as a model organism for this genus, including for plant interactions and methylotrophic metabolism studies.
The restriction of surface antigens to a particular species reflects the high specificity of host-parasite interaction within the genus Eimeria and in the Apicomplexa in general.
As such, a thorough understanding of species relatedness is a necessity for understanding host-pathogen interactions within this genus [ 5- 7].
Because the number of genuses is not large, we enumerated all pairwise interactions of the genus and fitted a logistic regression model for each pair.
We describe here the first naturally occurring intraspecies mitonuclear epistatic interaction in the model genus Caenorhabditis.
There is strong evidence for differentiation between the two genera, the two sexes and for the interaction of sex with genus.
