If you have the Assembler module, MacVector can align millions of NGS reads from RNASeq experiments against large genomes and generate a coverage table displaying the relative expression levels of every gene in a genome. The key to this functionality is that you must have a reference genome with genes annotated as CDS or gene features – then you can use Bowtie to rapidly assemble reads from fastq files against the genome and generate a report listing the coverage for each feature. The steps to do this are
You will get a display similar to this.
This lists each CDS and gene feature, along with the number of reads that aligned to each feature and the Reads Per Kilobase of transcript per Million mapped reads (RPKM) and Transcripts Per Kilobase Million (TPM) values that can be used to compare expression between genes and runs.
There is an RNASeq Expression Analysis Tutorial available that describes this functionality in more detail. If you have updated to MacVector 16.0.4 you will find this in the /Applications/MacVector/Documentation/ folder. If you do not have 16.0.4, you can download the tutorial and sample dataset. Although this is a small dataset designed for rapid analysis, you can use this approach to align 50 million+ reads against the entire human transcriptome on a modest (16 GB RAM) MacBook Pro.
Not sure if you have Assembler? Choose MacVector | About MacVector. If the screen that appears says “MacVector with Assembler, Pro Edition” then you have it. If not, you can sign up for a fully functional 21 day trial version.