If you delete an incorrect tag, our algorithm learns from that mistake and will perform better in the future.
During this interaction mode, we have also created some pitfalls on the displayed tags: along with the already validated tags that are shown, some incorrect tags have been added, to see how players react to them.
This may avert erroneous interpretation of CSF reflux changes due to incorrect tag placement.
For example, corrections were required for: definitions with tags containing mismatched identifiers, malformed tags (for both long and short forms), repeated use of the same identifier for more than one abbreviation definition and incorrect tags.
Beanies with incorrect tags on them are of no special value, because the tags are easily removable/interchangeable. Unfortunately, if you want one of these rare oddities for your collection, they can be a bit pricey to buy.
Given the information entries from the ABM and BMs, the relayer first removes those that have reached time-out (i.e., current time-time > duration) in the ABM and those that have incorrect time tags (i.e., time > current time).
Inspection of sequences with incorrect sequence tags showed that the single largest contributor to the difference between the number of reads with proper primer sequences and the number of reads with proper sequence tag sequences was an N-1 truncation of the sequence tag, which presumably arose during the primer synthesis.
Second, many PubMed queries contain incorrect search tags (including typos, e.g., [JORUNAL]) that are not recognized by the PubMed system but domain experts could correctly recognize and read their intentions.
For example Some text is incorrect, because the tag is being closed before the tag even though it started first.
This fact creates significant potential for incorrect mapping of tags and means that much of the initial data generated becomes unusable when a stringent mapping methodology is utilised.
