Transcript annotations are bound to the walker in the RefGen format.
The quality of the annotation is bound to improve over time and the sequences of multiple genomes will allow for an enrichment of the information available for several organisms thanks to the work of multiple scientific communities.
Further, events are modeled as primary objects of annotation and bound to specific statements in text (triggers), allowing events to participate in other events and facilitating further analysis such as the identification of events stated in a negated or speculative context.
In cases where annotations are necessary, SYMRT offers (simple) comment-based loop bound annotations on the form //@loopbound = bound; SYMRT will unroll the loop up to the specified bound and explicitly break it.
However, they can be mutually exchanged for a single annotation, or to be more precise an embedded note can be easily converted to a note or vice-versa. is an annotations that is bound to a specific timeframe within the video content, however it is only displayed inside the main annotation viewer control.
Note that we did not need to provide loop bound annotations in any of the examples nor did we reach the default search depth (corresponding to 100 branches) during analysis.
Symbolic execution unrolls loops, hence, for most cases, neither loop bound annotations nor complementary loop bound analyses are necessary (see Section 5 for examples) except when the bound is dependent on, for example, I/O or the unrolling exceeds the specified analysis depth.
The annotations are also bound to the current parameter settings of the visualization.
Cis-regulatory element annotation revealed that regions bound by Spi-B and PU.1 were over-represented for transcription start sites with respect to the whole genome.
Events bound to rendered annotations include a mouse-over action that highlights and colors the "focused" feature.
The distance measure defined here has a theoretical minimum of 0; however, this value will not be the true lower bound for most annotation systems, as even having 1 protein with 2 different annotations (perhaps due to its being composed of multiple non-overlapping domains) will not allow the H (K | C f ) term to go to 0, for any partition of the proteins.
