Maize was chosen as the test organism because of the difficulty in assembling contiguous sequences from its 2.4 Gb genome [ 34, 35]; because a large database of MF and HC sequences exists for these species [ 8]; and because many BAC sequences have been and are currently being generated ([ 20, 31, 36]).
This method has currently been superseded.
This prediction will have to be tested by experimental work, including the examination of Mbd5−/− mouse, which are currently being generated.
Analysis has become one of the primary challenges for NGS users, as a direct result of the sheer volume of sequencing data currently being generated.
Many of the production strains currently in use have been generated by classical mutagenesis.
The majority of the information currently available has been generated from the study of individual microbes and their enzyme complements, but in nature the breakdown of plant polysaccharides is initiated by microbial consortia and their secreted enzymes.
Currently, four sub-libraries have been generated: a kinases and phosphatases sub-library (K/P), a transcription factor and DNA binding sub-library (TRXN), a transmembrane domain-containing protein sub-library (TM), and a library which covers genes involved in ubiquitination and related processes (UBIQ) (Table 1).
Some of the most challenging sequences to finish are from species for which a draft genome sequence has already been generated and currently sits at a draft stage, such as for dog [ 37] and platypus [ 38].
To determine whether PR-B is indispensable for mammary development or whether its actions can be compensated by PR-A, a specific knockout for the PR-B isoform (PRBKO) mouse model has recently been generated and is currently being characterized.
Such hits may have been generated due to the currently incomplete annotation of the murine genome, or due to sequencing errors in the MPSS experiments.
