S0Whether you’re studying metabolism, protein expression, gene regulation, chemical exposures, or integrating multiple molecular layers, Panome Bio provides high-resolution, biologically meaningful omics data across a wide range of sample types. Our services span discovery, targeted and specialized workflows designed to support biomarker discovery, disease research and translational studies.
Find the Right Omics Service for Your Research
S1Next-Generation Metabolomics®
Metabolomics measures small molecules that represent the functional state of cells and tissues. Our Next-Generation Metabolomics platform provides deep untargeted metabolite coverage, high-confidence identification, and exceptional reproducibility across diverse biological matrices.
S1-1Core Metabolomics Services
S1-2Specialized Metabolomics Applications
S2Panome Proteomics
Proteomics enables comprehensive measurement of protein abundance and signaling pathways. Our mass spectrometry workflows support discovery, targeted validation, and specialized protein analyses across multiple sample types.
S2-1Core Proteomics Services
S2-2Specialized Proteomics Applications
S3Transcriptomics
Transcriptomics measures gene expression to understand transcriptional regulation and biological pathways. Our workflows capture whole-transcriptome data that pairs directly with our metabolomics and proteomics platforms, supporting integrated multi-omics analyses that connect gene expression to downstream molecular changes.
S4Integrated Multi-Omics
Integrating multiple molecular layers provides a more complete understanding of biological systems than any single omics approach alone. Our multi-omics workflows combine metabolomics, lipidomics, proteomics, transcriptomics and more within a single study, revealing connections between molecular layers that individual platforms may miss.
S4-1Multi-Omics Services
S5Exposomics
Exposomics measures environmental chemicals and external exposures that influence human health and disease. Whether the goal is untargeted discovery of unknown chemical exposures or targeted quantification of known compounds, our workflows help researchers connect environmental exposures to disease risk and biological pathways.
S5-1Exposomics Services
S6Cell Line Services
Panome Bio’s Cell Line Services support cell-based research from population isolation and genetic engineering to cell treatment and long-term preservation. Our services include FACS cell sorting, cell engineering, cell biobanking and cell treatment, providing researchers with defined and reproducible cell populations for downstream research and analysis.
S6-1Cell Services
S7Which Omics Approach Is Right for Your Study?
Table 1: The Right Omics Service for your Research
| Research Goal | Recommended Service |
|---|---|
| Discover altered metabolites | Next-Generation Metabolomics® |
| Characterize lipid remodeling | Next-Generation Lipidomics® |
| Measure known biomarkers | Targeted Metabolomics |
| Study archived FFPE samples | TissueBridge™ FFPE Metabolomics or Proteomics |
| Profile protein abundance | Discovery Proteomics |
| Quantify specific proteins | Targeted Proteomics |
| Analyze phosphorylation signaling | Global Phosphoproteomics |
| Measure gene expression | Transcriptomics |
| Integrate multiple molecular layers | Integrated Multi-Omics |
| Study environmental exposures | Exposomics |
| Profile cell membrane proteins and lipids | Cell Surface Multi-Omics |
| Isolate defined cell populations | FACS – Cell Sorting |
| Generate genetically modified cell models | Cell Engineering |
S8Why Researchers Choose Panome Bio
- Next-Generation Metabolomics® with extensive molecular coverage (280,000+ compounds)
- High-confidence metabolite identification powered by MassID™
- Multi-omics expertise from sample preparation through data interpretation
- Support for plasma, serum, tissues, FFPE samples, cultured cells, microbiome, and more
- Integrated analysis across metabolites, lipids, proteins, transcripts, and environmental exposures
- Flexible study design for discovery and targeted workflows
- Turnaround time in as little as 4-6 weeks
S9Frequently Asked Questions
Which omics service is right for my research?
The ideal approach of omics depends on your research objectives, sample type, and biological questions.
- Next-Generation Metabolomics® is well suited for identifying functional metabolic biomarkers and pathway alterations in an untargeted approach.
- Proteomics enables the discovery of protein biomarkers and changes in signaling pathways.
- Transcriptomics measures gene expression changes that may precede alterations at the protein or metabolite level.
- Exposomics characterizes environmental chemicals and external exposures, helping researchers investigate how the exposome influences health, disease, and interactions with biological pathways.
- Integrated Multi-Omics combines multiple datasets to identify robust biomarkers supported across different molecular layers.
If you’re unsure which approach best fits your study, our scientific team can help design a workflow tailored to your research goals.
Can you help design my study?
Yes. Our scientific team partners with researchers during study planning to recommend the most appropriate omics workflow, determine sample requirements, optimize experimental design, and develop analysis strategies that align with your research objectives. Whether you’re planning a pilot study or a large-scale biomarker discovery project, we can help ensure your study is positioned for success.
Can Panome Bio analyze FFPE samples?
Yes. Panome Bio offers TissueBridge FFPE Metabolomics and TissueBridge FFPE Proteomics services designed specifically for formalin-fixed paraffin-embedded (FFPE) tissue samples.
FFPE tissues represent one of the largest collections of clinically annotated specimens, making them valuable for retrospective studies and biomarker discovery. Our optimized workflows enable comprehensive molecular profiling while preserving the clinical relevance of archived tissue samples.
Can multiple omics technologies be combined?
Yes. Combining multiple omics technologies provides a more complete view of biological systems than any single approach alone.
Panome Bio offers Integrated Multi-Omics solutions that combine metabolomics, lipidomics, proteomics, transcriptomics, and exposomics to explore molecular interactions across multiple biological layers. We also offer Cell Surface Multi-Omics, which integrates cell surface proteomics with membrane lipidomics to characterize the cell surface environment.
Our team works closely with researchers to develop study designs that maximize biological interpretation and address complex research questions.
Why use FACS before metabolomics analysis?
FACS can be used to isolate defined cell populations before downstream metabolomics or proteomics analysis. This helps to distinguish cell-specific changes that may be masked in heterogeneous samples. By separating specific cell types or subpopulations before Next-Generation Metabolomics, researchers can characterize metabolic differences within defined populations rather than measuring an average signal from mixed cells. This approach is particularly useful when cell-type-specific metabolic changes are key to focus of the study.
What sample types can Panome Bio analyze?
Our platforms support a wide range of biological sample types, including:
- Plasma
- Serum
- Urine
- Cerebrospinal fluid (CSF)
- Fresh frozen tissue
- FFPE tissue
- Cell pellets
- Cultured cells
- Conditioned media
- Microbiome samples
- Other specialized sample types upon consultation
If your sample type is not listed, please contact us to discuss your project requirements.
How much material is required?
Sample input requirements vary depending on the selected omics service, sample type, and study design.
Our scientific team will provide detailed sample submission guidelines during project planning, including recommendations for sample volume, tissue amount, and quality requirements. If sample availability is limited, we can help identify the most appropriate workflow to maximize data quality while minimizing sample consumption.
What data files are included?
Each project includes a comprehensive data package designed to support downstream analysis and interpretation. Depending on the service, deliverables may include:
- Quality control metrics
- Processed quantitative data tables
- Compound or protein identification results
- Statistical analysis
- Data visualizations
- Pathway enrichment analysis (where applicable)
- A detailed data report summarizing key findings
Additional customized analyses may also be available based on your project’s needs.
Do you provide bioinformatics and statistical analysis?
Yes. All projects include expert data processing and quality assessment, and we offer bioinformatics analysis to help researchers interpret their results.
Depending on the study, analyses may include differential expression or abundance analysis, multivariate statistics, pathway enrichment, clustering, biomarker prioritization, and integrated multi-omics analysis. Our scientists work closely with clients to ensure results are presented in a biologically meaningful and publication-ready format.
Which omics approach fits your study?
Explore our Guide to Omics to learn how metabolomics, proteomics, transcriptomics, multi-omics, and exposomics compare before selecting the service that best aligns with your research goals.