The subsections which follow address these issues in turn.
The subsections below highlight the most important parts of the ontology.
The subsections Chlamydodorae, Platyphylla, and Caulocarpae form well-supported clades in the Bayesian inference (posterior probabilities > 99).
The subsections under each of the three headings are in frequency order with those discussed the most at the top.
The subsections are organized by descriptors of each characteristic and/or additional themes that emerged from the data analysis related to it.
The subsections were shown to three biocurators of the PRO database, who are familiar with the output format of the eFIP system.
The subsections below outline important biological sources of ROS, which are formed as byproducts of respiration or by the action of enzymes.
We have also tried to make it easier to navigate through the subsections, for example in Culture you are always shown the next section in the sequence.
Instead of being named for what they actually do, programs are named for the subsections of the laws that are supposed to authorize them, whether or not that authority is actually present in the language of the law.
We will now discuss the subsections in more detail.
Such measurement methods are described in the subsections to follow.
