The first phase of the design is used to infer sequence (species) abundance levels through a cluster analysis applied to a pilot data set.
FastQC can be used to infer sequence quality scores, GC content, read lengths distribution and to identify overrepresented sequences.
Sequence genotypes from [ 97], obtained through personal communication with the authors, had to be phased in order to infer sequence haplotypes.
This study is the first to systematically evaluate the incidence of such events among species that are closely related enough to confidently infer sequence changes.
It is also difficult to infer sequence associations from phylogenetic trees to provide a meaningful classification of the different subfamilies in the case of the odorant binding proteins.
The complications emerging from the interplay of mutational biases, BGC, and weak functional selection thus also affect practical applications to infer sequence conservation from multiple sequence alignments, as exemplified here for the tool GERP.
ACN, SBM and JML inferred sequences of previously un-annotated ADAMTS genes from Genbank, Celera, and JGI, and determined intron positions.
There are, however, two major obstacles to inferring sequences from optical maps: There are likely to be multiple restriction fragments that have identical lengths but are not homologous.
We inferred sequences to be putative orthologues (that is, copy one in both species) if they had greater than 95% sequence identity, and inferred sequences to be likely paralogues (that is, copy one in one species and copy two in the other) if they had less than 95% identity (see Figure 4).
Of note, the GO consortium does not define numerical cutoffs for the extent or percentage identity of sequence similarity (see http://geneontology.org/page/isa-inferred-sequence-alignment ).
