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Lab Solutions for Multi-omic Workflows

Supporting reliable, scalable Multi-omics research

Multi-omics is an integrated research approach that combines multiple types of biological data to help researchers better understand complex disease mechanisms. Every cell can contain layers of genetic variation, gene expression changes, protein activity, metabolic shifts, and cell-to-cell differences. At the same time, limited samples are precious, and every workflow step—from collection and preparation to handling, storage, detection, and analysis—can introduce variability.
 

Thermo Scientific lab plastics and liquid handling products help protect sample integrity, reduce workflow risk, and support a reliable, scalable research across the multi-omics journey.

Lab products for your multi-omic workflow

Thermo Scientific lab plastics and liquid handling products support multi-omic workflow from sample preparation to analysis. Helping researchers improve consistency, reduce variability, and protect sample integrity.

Products to help ensure your sample is secure

Sample integrity is critical in a multi-omic workflow because downstream insight depends on the quality, consistency, and preservation of the original biological material.

Scientific Resources

Thermo Fisher Scientific products support everyday laboratory experiments with reliable tools, consumables, and technologies designed for consistent performance. Frequently referenced in peer-reviewed publications, these solutions help researchers generate accurate, reproducible results and move scientific discoveries forward.
 

Advance Multi-omics discovery

The Thermo Scientific Orbitrap Tribrid Apex MultiOmics Mass Spectrometer enhanced ion parallelization, advanced fragmentation, and flexible MSⁿ workflows enable comprehensive proteomics, metabolomics, lipidomics, and glycomics studies.

Streamline Multi–omics sample preparation

The Thermo Scientific Sequential Protein/DNA/RNA Extraction Kit is an easy-to-use multi-omics sample preparation product solution designed for the sequential purification of high-quality protein, DNA, and RNA from cell or tissue samples.

qPCR in Multi-omics research

Thermo Fisher Scientific QuantStudio Real-Time PCR Systems support findings from genomics and transcriptomics studies, enabling researchers to confirm molecular signatures and connect genetic changes with broader biological insights.

Frequently Asked Questions

Which lab products are compatible with my multi-omic workflow?

Look for products that support the specific sample types and downstream applications in your workflow, such as genomics, transcriptomics, proteomics, metabolomics, or epigenomics. Pipettes, tips, plates, tubes, and reservoirs should also be compatible with your instruments, automation systems, and assay protocols.


How can I protect sample integrity throughout the workflow?

Choose labware made from high-quality, low-binding materials to help reduce sample loss, contamination, and unwanted interactions. For sensitive DNA, RNA, protein, or metabolite samples, consider products certified as free from contaminants such as DNase, RNase, DNA, endotoxins, and PCR inhibitors.
 

What products can help minimize cross-contamination?

Use sterile or filtered pipette tips, secure-sealing tubes and plates, and labware designed for consistent liquid handling. Products that support accurate pipetting and reliable sealing can help reduce aerosol contamination, evaporation, and sample-to-sample carryover.
 

Can these products support both manual and automated workflows?

Select products with standardized dimensions and verified compatibility with manual pipettes, electronic pipettes, liquid handlers, plate readers, centrifuges, and other laboratory instruments. Automation-ready consumables can help improve consistency, throughput, and workflow scalability.

 

How do I select products for different sample volumes and throughput needs?

Consider the number of samples, required working volumes, assay sensitivity, and processing frequency. Low-volume plates and tips may help conserve valuable reagents, while multichannel pipettes, reagent reservoirs, and automation-compatible labware can improve efficiency for higher-throughput workflows.

For Laboratory Use. It is the customer’s responsibility to ensure that the performance of the product is suitable for customers’ specific uses or applications.