Rapid and accurate identification of bacterial species in samples is a critical need for clinical microbiology and molecular biology.
Our service delivery a rapid and accurate identification of bacterial species in samples, this is a critical need for the entire research comunity where the need to analyze the Microbioma has become a daily question.
Thanks to to the advent of NGS LaboSpace service team has tremendously simplified and increased the sequencing depth for 16S rRNA gene sequencing, by amplifying and sequencing seven hypervariable regions (V2, V3, V4, V6, V7,V8 and V9).
We are equipped with the Ion Torrent™ Personal Genome Machine System (PGM), one of the most used and standardized platform for metagenomics analysis of different microbiota, and we are at the forefront of offering microbiome testing to researchers through the latest and most reliable technologies with a data deliver time that is less than 3 weeks time.
The data template report we delivery is customized upon the need of the specific research need, the base is supported by the BAM file generated and the preliminary analisys made by trought the ION Reporter.
Consultation – It is essential to have an initial exchange regarding the samples type anda general idea of the project with our experts in order to define and set clear objectives and outcomes. Offered at no charge.
Sample Collection and shipment – We will provide instructions on how to handle, process, and ship the sample and specify the sample requirement (based on sample type).
Collection kits are available for a prompt delivery.
Sample Extraction – We offer in the service also the sample extractions including low concentration DNA samples, as well as environmental and human microbiome sample types.
How it works
DNA Quality Control (QC) – We perform quality control on the isolated DNA to assess quantity, quality, and amplifiability prior to library prep.
Sequencing – We use PGM platform for sequencing 16S rRNA 7 variants for profiling and discovery.
Analysis – ION Reporter or any personalized bionformatics analysis