Integrated multiomics. Deeper insights. Smarter decisions.
Gain deeper insights to support confident decision-making with our preclinical multiomics services. Our phenomics, genomics, transcriptomics, and proteomics capabilities provide the breadth and depth of data for a more complete picture, so you can confidently select compounds, train AI-models, and advance your drug discovery program.
Why choose Revvity's multiomics services?
- Get quality, AI-ready multiomics data that provide a more complete picture of phenotypic and molecular function to support smarter decisions
- Combine cell viability, phenomics, genomics, transcriptomics, and proteomics readouts for information-rich datasets to build complex datasets, train machine-learning models, and generate actionable insights
- Access our broad range of over 600 cell lines, including primary immune cells
- Use bulk or single-cell technologies to align assay design with your drug discovery needs and budget
- Support from our experienced scientific team with assay design and data interpretation
- Flexibility to accommodate your specific requirements and project timelines
Quality, AI-ready data - expertly delivered.
Known for its scientific rigor, our preclinical services team provides you with quality AI-ready data to support your AI-driven drug discovery that is:
- Standardized and traceable with consistent identifiers and data collection records
- Annotated with relevant metadata tailored to the data type and analysis needs
- Structured to support computational analysis, machine learning, and data integration
- Flexible to client requirements, including custom data and annotation standards
Your partner for multiomics data with the breadth to reveal and depth to decide.
Our preclinical multiomics services generate information-rich datasets from a range of orthogonal readouts that can be integrated to provide deeper biological insight and support better decision-making.
Learn about our multiomics services
Cell viability services
Measure cell health, survival and proliferation with our range of cell-based assays, including ATP-based readouts.
Measure cell health, survival and proliferation with our range of cell-based assays, including ATP-based readouts.
- Viability assay data for a foundational understanding of your compound’s cytotoxicity and efficacy
- Choose 2D or 3D ATP-based assays generated using our ATPlite™ 1glow technology, with additional readouts to assess metabolism-related mechanisms of action
- Combine viability data with phenotypic, genomic, transcriptomic, and proteomic data for a deeper understanding of cellular function and interactions
Contact us for further details and to discuss how we can support you.
Phenomics services
Gain deeper insights into cellular biology and cell behaviour by analyzing phenotypic changes with our high-content imaging and cell painting capabilities.
Gain deeper insights into cellular biology and cell behaviour by analyzing phenotypic changes with our high-content imaging and cell painting capabilities.
- Benefit from Revvity’s extensive imaging and screening expertise as the developer of the Opera Phenix OptIQ™ and Operetta CLS™ imagers, PhenoVue™ reagents, and Harmony™ and Signals™ software
- High-content screens tailored to your specific research needs and delivered using the Opera Phenix™ HCS system
- Support a range of assays, including cell health, cell morphology, protein localization, and complex model growth
- Complements transcriptomics data to understand why a phenotype emerged and which genes orchestrate it
Contact us for further details and to discuss how we can support your goals.
Learn more how Revvity can help your drug development with the following resources:
Genomics services
Analyze at the DNA level to better understand biological interactions, pathways, gene regulation networks, and the molecular basis of phenotypes with our technology and expertise.
Analyze at the DNA level to better understand biological interactions, pathways, gene regulation networks, and the molecular basis of phenotypes with our technology and expertise.
- Extensive experience in arrayed and pooled Functional Genomic Screening across broad panels of cell lines and a range of cell types
- CRISPRko, CRISPRi, CRISPRa, Pin-point™ base editing, and RNAi screens tailored to your application
- Small molecules, biologics, or oligonucleotide therapeutics can be added to screens to understand drug-gene interactions and drug mechanism of action
- Whole genome, targeted, and tiled libraries tailored to your assay question
- Combine genomics and phenomics data to reveal how the genome impacts expression, modification, and interactions of proteins
Contact us today to book a consultation with our team to discuss how we can help accelerate your projects.
Learn more how Revvity can help your drug development with the following resources:
Transcriptomics services
Gain a deeper understanding of gene expression with pathway-level and mechanism-of-action (MoA) insights that complement phenotypic screening using transcriptomics.
Gain a deeper understanding of gene expression with pathway-level and mechanism-of-action (MoA) insights that complement phenotypic screening using transcriptomics.
- Partner with us to generate RNA-level data using the MERCURIUS™ DRUG-seq high-throughput transcriptomics technology.
- Build higher resolution data with single-cell RNAseq technologies
- Generate gene expression signatures at screening scale to support drug-target and functional genomics workflows, hit prioritization, and MoA studies.
- Combine transcriptomic and morphological profiling to create richer perturbation datasets that help explain phenotypic changes and investigate underlying mechanisms.
- Generate higher-resolution data with single-cell RNA-seq technologies.
Contact us for further details and to discuss how we can advance your project.
Learn more how Revvity can help your drug development with the following resources:
Proteomics services
Enhance transcriptomics workflows by integrating protein detection to gain additional insights into gene expression, regulation, and cellular interactions.
Enhance transcriptomics workflows by integrating protein detection to gain additional insights into gene expression, regulation, and cellular interactions.
- Enable single-cell multiomics by integrating protein and transcriptomic profiling using CITE-seq to add protein-level context to cellular function, response mechanisms, and target biology.
- Generate data on protein expression, post-translational modifications (PTMs), and signaling networks.
- Understand how protein expression relates to transcriptomic data in single-cell assays.
- Combine protein measurements with other multiomics data types to support interpretation of genotype-phenotype relationships.
Contact us for further details and to discuss how we can support your goals.
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