For the first time, we offer a solution to close the gap between data production and data interpretation in transcriptomics, making it possible for researchers to do their own analysis in the simplest possible way and giving them the possibility of transforming their RNASeq data into knowledge.
choose from the largest available database of 45.000+ genomes.
uses the latest, peer-reviewed bioinformatics methods & algorithms
run AIR from your mobile or tablet.
navigate, download, save & share your results
RNA is widely thought to have been the first molecule and precursor of life.
Over time it has evolved as has our study of this molecule, inspiring and culminating in the birth of A.I.R. as a revolutionary character in the RNA world.
Watch the start of the RNASeq Revolution here.
Starting with the correct data is critical to the success of the experiment.
Human errors are quite common when managing many different files, especially when the files need to be ordered, processed and archived.
To avoid this problem, A.I.R. has been implemented with several options to check the integrity of the files, validate the information contained and prevent the improper use of archives, using an automated coupling file system.
One of the most important advances of A.I.R. is that it is able to perform automatic RNAseq analysis akin to a human curated one. A.I.R. is able to do this by taking advantage of the intrinsic, informative characteristic of sequencing data.
Because of this, the only information required from you is the name of the species you are working on and the distance of this organism from the reference one, and all the other analysis parameters will be modified directly by reading into the raw data. AIR functions with both single and paired-end reads.
RNAseq data analysis in 3 steps
AIR has a reliable upload system with integrated recovery and resume functions to allow you to quickly and securely upload your data. You can also upload it directly from your Google Drive. Use the Validate button to check the integrity of your data.
You have 45.000 genomes to choose from! Tell AIR what species you are working on or contact us for custom analysis.
Your results will load as they become available including a general view; full differential gene expression analysis (DEG) and GEOA tables and graphs. You can download everything and/or click ‘collaborate’ to share with your peers.
Interact with your results thanks to our Time SNAP technology
RNAseq is usually performed using mRNA to compare the gene expression of experimental groups, which are composed of several biological replicates.
The most delicate step of the analysis is the quality control of the replicates, which is usually performed by a PCA clusterization to see the dispersion of the sample replicates.
Choosing to maintain or delete one or more replicates affects the results and, in order to assess the effects, it is necessary to repeat the analysis and check the results.
To avoid this time-consuming step, A.I.R. has a system called Time SNAP that is able to create an interactive PCA of the replicates and offers you the possibility of adding or removing sample replicates in real time, and changing the adhered results accordingly. Get more from your pathway analysis using AIR.
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We are a bioinformatics company that offers services and technologies that help transform genomic data into knowledge in academic research, plant and animal breeding and biomedicine. We develop innovative user friendly tools to get the most out of your data. Meet our SUPERHERO TEAM here.
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement #763158.
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