Multiomics Solutions

Academic and Research Institutes

Unlock the Complexity of Life Sciences with Signios Bio's Multiomics Solutions

Signios Bio is your dedicated partner in advancing research and discovery. We provide cutting-edge multiomics services and bioinformatics solutions to academic and research institutions, empowering you to explore biological systems, accelerate discoveries, and drive innovation.

Why choose Signios Bio as your research partner?

Comprehensive Multiomic Integration

Multiomics

We integrate genomics, transcriptomics, proteomics, epigenomics, & metabolomics data for a holistic view of biological systems.

AI-enhanced Bioinformatics

Bioinformatics

We use our AI-driven bioinformatics platform to analyze large datasets, find connections, and produce useful information to support your research.

Customized Solutions

Custom Solutions

We work with you to create multiomics workflows and study designs adapted to your project, including sample prep, library prep, and analysis.

Explore our full range of multiomics services

DNA Sequencing Solutions with Short or Long Reads

Whole Genome Sequencing

Study genetic variation, disease risk, and population history

Exome Sequencing

Identify protein-coding variants in disease research and diagnostics

Targeted Sequencing

Analyze specific genomic regions for mutations or biomarkers

RNA Sequencing Solutions with Short or Long Reads

Bulk RNA Sequencing

Measure gene expression changes in different conditions or tissues

scRNA Sequencing

Study gene expression in individual cells to understand cellular heterogeneity

Spatial RNA Sequencing

Map gene expression within tissue sections to study spatial organization

Epigenomic Sequencing Solutions with Short or Long Reads

Bulk or scATAC-Seq

Analyze chromatin accessibility across large cell populations

ChIP-Seq

Map protein-DNA interactions and histone modifications

Methylome Sequencing

Analyze DNA methylation patterns across the genome

Microbial Sequencing Solutions

Metagenomics Sequencing

Analyze the genetic content of microbial communities

16s rRNA Sequencing

Identify and classify bacteria in a sample

Microbial Genome Assembly

Reconstruct the complete genome sequences of individual microorganisms

Proteomic Solutions

Biomarker Discovery

Identify and quantify proteins biomarkers in biological samples

Immune Monitoring

Analyzing cytokine and inflammation-related proteins to track immune system activity or adverse effects

Target Identification

Validate causal proteins for diseases via proteogenomic studies

Real Solutions for Real-World Applications

Signios Bio offers specialized multiomics solutions designed to investigate the complexities of oncology, immunology, neurology, and rare & infectious diseases. By combining multiple modalities with our advanced bioinformatics, we are able to offer customized multiomics solutions for your research.​

TME Signal

Identifies distinct cell populations and gene regulatory networks driving tumor evolution via transcriptomics at single-cell and spatial resolution

TCR/BCR Profile Signal

Investigates clonal expansion of antigen specific T and B cells via transcriptomics at single-cell resolution.

Neuroregulation Signal

Detects changes in methylation, chromatin structure, & identifies vulnerable neuronal populations using transcriptomics & epigenomics at single-cell and spatial resolution.

Precision DNA Signal

Catalogs genomic rearrangements, assembles uncharacterized regions, and classifies cellular targets via long read DNA sequencing.

Multi-level RNA Signal

Detects full-length RNA isoforms and resolves SVs via long read RNA sequencing.

Immunogenomic Signal

Maps chromatin accessibility changes and epigenetic features of memory immune cells at single-cell resolution.

Neuroimmune Signal

Establishes disease-associated neural cell populations and maps immune cell infiltration in the brain via spatial transcriptomics & epigenomics.

Pathogen Signal

Determines resistance genes, resolves complex genomes, and detects bacterial epigenetic regulation via long read DNA and methylation profiling.

Proven Impact

Elucidating biological pathways altered by traumatic brain injury and targets for therapeutic intervention

Our team collaborated with researchers at Virginia Tech to investigate the complex molecular mechanisms of traumatic brain injury (TBI) and associated alterations in gene expression. The study used single-cell and spatial transcriptomics to identify transcriptome-level changes and revealed potential new biological targets for therapeutic intervention.

Resources

April 2025

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Services Brochure

Unlocking biological insights with Signios Bio’s advanced multiomics solutions