A total of 22,787 probes were printed on the cotton oligonucleotide microarray, composed of 12,006 oligonucleotides selected from recently reported contigs and singletons derived from a global assembly of cotton ESTs [ 10], and 9,629 designed against the latest TIGR cotton transcript assembly (CGI8).
Alternative transcripts were derived from a de novo assembly of the honeybee transcriptome (a total of 72,479 unique transcripts) from RNA-seq data using Cufflinks (version 0.9.3) [ 33].
Sequencing of full-length cDNAs provides additional advantages including data derived from a single clone rather than an assembly of multiple ESTs, which can generate ambiguous contigs, and complete transcripts, which include open reading frames (ORFs) and untranslated regions (UTRs).
Major advantages of sequencing full-length cDNA over the EST assembly include that the data is derived from a single clone rather than the assembly of multiple ESTs which can generate contigs containing sequences from multiple transcripts.
We believe that we are capturing the most important signal in the data, even in the assemblies derived from a single lane of Illumina HiSeq sequencing.
More complete investigation of the breakpoints of these structural rearrangements will require the use of larger insert clones (such as BACs) and reliable assemblies derived from a single haplotype.
CNM utilizes a species-specific knowledge assembly model derived from a global knowledgebase (see Additional file 1) as the substrate for automated reverse causal analysis powered by gene expression changes (state changes) from the experiment under analysis (see Materials and Methods for more information)[ 33, 34].
Block copolymer (BCP) ultrafiltration (UF) membranes derived from a hybrid process of BCP self-assembly and non-solvent induced phase separation (SNIPS) exhibit an asymmetric structure consisting of ordered pores in a selective skin layer above a highly permeable substructure.
The Zea mays Gene Index (ZMGI) database from TIGR contains 115,744 assemblies and singletons derived from a wide variety of maize ESTs libraries (date of release; November 17th, 2006).
A prototype software tool derived from the assembly planning method has been tested in a real industrial context, in order to evaluate its potential impact on the efficiency of die manufacture.
Resulting contigs (with a minimum length of 100 bp) derived from both assembly processes were merged into a single file, and those that were redundant were eliminated using the BlastClust program.
