Advanced data analysis to transform complex biological quantities
into interpretable scientific results.
The bioinformatics pipeline enables processing and interpreting large quantities of biological data,
through advanced statistical and computational analysis,
enabling understanding of the molecular mechanisms that regulate biological systems.
Bioinformatics is the process that enables processing and interpreting large quantities of biological data to extract meaningful information.
It is not simply a matter of data processing: it is the discipline that sits at the intersection of biological meaning and computational analysis of experimental data.
Through advanced statistical and computational tools it is possible to understand: molecular mechanisms, biological functions and gene expression changes, interpreted and ready for publication.
The bioinformatics analysis at Probiomics
transforms complex data into biological knowledge and molecularly interpretable results.
The bioinformatics analysis at Probiomics transforms complex data into biological knowledge and molecularly interpretable results.
In the Probiomics operating model, bioinformatic analysis represents the step that connects experimental data production to the biological interpretation of results.
Through computational pipelines and advanced statistical analyses, biological datasets are transformed into structured, interpretable scientific results ready for publication.
The Probiomics bioinformatics team offers a complete analysis service, applied to a dataset comprising quantification data from other laboratories and platforms.
Thanks to validated computational pipelines and a multidisciplinary approach, the team handles the entire workflow from raw data to results.
The bioinformatics workflow covers diverse methodologies, designed to ensure data quality, statistical robustness and biological interpretability.
Independently from the data origin platform, raw data goes through rigorous quality control, filtering, correction of batch effects and normalization.
Using advanced clustering techniques to reduce the dimensionality and increase knowledge of the data for a better understanding of the comparison between samples and the patterns to be studied.
Identification of differences or statistically significant associations between experimental conditions through rigorous statistical analysis.
through enrichment analysis and interpretation of biological pathways.
Validated bioinformatics pipelines integrate data from diverse platforms for a comprehensive understanding of the biological system as a whole.
This approach enables identifying gene regulatory networks and molecular interactions that would escape traditional mono-omics approaches.
Using advanced machine learning algorithms to extract predictive value from biological data down to the dimensional level.
Supporting the generation of new hypotheses and decisions based on data.
Bioinformatic analysis represents the central element in the Probiomics multi-omics approach.
Through integrated pipelines, it is possible to combine data from diverse biological platforms to obtain a unified vision of the biological process.
The results of bioinformatic analyses are provided in the form of structured and easily interpretable reports.
Answers to the most common questions about samples, analyses and results.
Results are typically delivered within 2–4 weeks for standard analyses.
For more complex bioinformatic analyses, please allow up to 10 working days.
Results are provided via:
For sequencing services, FASTQ or BAM files and other raw data associated with the study may also be provided.
Results are accessible through the Probiomics website reserved area.
For large datasets, raw data sharing is organized on a case-by-case basis according to the study’s needs.
The Probiomics team offers:
This support enables maximizing the value of biological datasets and facilitating the preparation of publishable scientific results.
Every scientific project has unique characteristics and specific objectives.
Our team supports the client in planning and analysis of complex data,
developing validated bioinformatics pipelines tailored to the scientific objectives of the project.
Tell us briefly about your project or analytical need.
Our scientific team will evaluate your request and get back to you.
Tell us briefly about your project or analytical need.
Our scientific team will evaluate your request and get back to you.
