DeepNGS automates the workflow of gene analyses and can assist in diagnostic procedures.
In Next Generation Sequencing, the analysis of genomics data requires a standardised pipeline that will help clinicians and researchers obtain explicit and comprehensive information.
Achieve a higher level of accuracy by incorporating all the patient's genetic data in a secure, agile and easy-to-use platform. Capable of digesting information to ensure the accuracy of the final diagnosis and the adequacy of treatment recommendations*.
* The pathogenicity prediction and treatment recommendation functionalities will soon be available
Single Nucleotide
Variants and INDELs
(small insertions and deletions)
Large Structural
Variants
Copy Number
Variants
Genomic Fusions and
Rearrangements
DeepNGS makes it possible to integrate the entire pipeline in a single cloud software. Key benefits:
In our aim for continuous improvement, we are progressively incorporating ML algorithms to optimize the analysis process and achieve even better and more reliable results. This will also help avoid errors at critical stages of the process.
Machine Learning improves variant calling and variant annotation, and helps increase the success of diagnostics and treatment.
DeepNGS implements the following Intelligent Algorithms:
* Soon available
Contact us!
Standard pipeline of detection and interpretation of genetic variants
Detection of somatic variants, typical of tumour cells
Detection and basic analysis of structural variants
Basic annotations from main public information repositories
Links to external public databases with further information
Basic filtering tool to select values in multiple fields of the detected variant table
Export (PDF format) of the results obtained
Automated and secure data storage in Amazon AWS
Basic Machine Learning models to optimize specific stages of the pipeline
Up to
5 GB
$ 5
Up to
20 GB
$ 15
Up to
100 GB
$ 60
Population frequencies based on massive sequencing experiments
Prediction of pathogenicity through standardized computational methods: SIFT, DANN, MetaSVM, etc.
Scores of conservation of the genomic position in which the nucleotide change occurs
Quality graphical metrics of SAM/BAM alignment files
Multi-sample analysis
Advanced algorithmic filters
Export of variant table in Excel format
Add comments to tables and reports, with your own personal conclusions to the results
Advanced analysis of structural variants and CNVs, with specific algorithms and charts
Detection of large-scale Fusions / Rearrangements
Expected early 2021
Links to external private databases, such as COSMIC or ICGC
linical classification of variants based on the criteria established by the ACMG/AMP
Prediction of pathogenicity through own computational methods and IA/ML algorithms
Analysis of genomic samples from different sequencing techniques, in addition to Illumina
Duo/trio analysis for the diagnosis of complex diseases in familiar cases
Analysis of complex samples: cfDNA, circulating free DNA, liquid biopsies, FFPE, etc.
Genomic browser to visualize the surrounding genomic region of each variant
Implementation of advanced algorithms and machine learning models to improve the results
Accurate detection of de novo variants
Expected mid to late 2021
DeepNGS is developed by specialists in Genetics and Artificial Intelligence with more than 20 years of experience.
DeepNGS is a tool developed by DCSC in collaboration with AiR Institute and BISITE (Bioinformatics, Intelligent Systems and Educational Technology).
DCSC is a member of the IoT Digital Innovation Hub.
BISITE is a Research Group of the University of Salamanca and member of the Institute for Biomedical Research of Salamanca (IBSAL).
