Single-cell DNA & multimodal
- Data
- Targeted DNA; DNA + selected surface proteins
- Status
- Available for project assessment Custom project assessment
- Samples
- Single-cell suspension, assessed with targets and markers
RESEARCH SERVICES
Research support,
from samples to analysis.
From sample feasibility and assay scope to data analysis, the ZYENRA research services team works with you to define a research path that connects each stage to the question you need to answer.
Send a service inquiryFIND YOUR RESEARCH PATH
Choose a service around the readouts you need.
Assay design, sample conditions and analytical objectives shape the project. Choose a direction to explore workflows and their current status.
RNA & chromatin
- Data
- Single-cell expression, targeted RNA, chromatin accessibility
- Status
- Available for project assessment Under optimization
- Samples
- Assessed for the selected workflow and input type
Spatial omics
- Data
- Spatial expression + tissue images
- Status
- Under optimization
- Samples
- Fresh-frozen, OCT-embedded tissue
Bulk omics & custom projects
- Data
- Bulk NGS, RNA and ATAC
- Status
- Available for project assessment Custom project assessment
- Samples
- Assessed by material, groups and comparison design
SINGLE-CELL DNA & MULTIMODAL RESEARCH
Single-cell DNA and multimodal research services
Three options: targeted DNA, DNA + protein and custom projects. Choose target regions (see the panel catalogue) and protein markers, then agree deliverables after sample assessment.
Targeted single-cell DNA
Investigate genetic differences between cells, variant co-occurrence and population composition across selected targets.
Targets, variant types and analytical scope are defined for each project.
View the panel catalogueDNA + protein
Relate targeted DNA variants to selected surface-protein signals in the same cell to study genetic subclones and their protein phenotypes.
Protein markers, sample compatibility and joint-data requirements are defined for each project.
Explore D100DNA + mRNA + protein
Assess experimental conditions and analytical feasibility for custom combinations addressing specific questions across molecular dimensions.
Configuration, assay scope and deliverables are designed per project.
Discuss a custom projectDefine the essentials before you start.
The biological question and sample condition, DNA targets, protein markers, group or longitudinal design, and cell populations you want to compare. Cell numbers, viability and delivery formats are set during assessment.
RNA & CHROMATIN RESEARCH
RNA and chromatin research services
Choose readouts around the question; each workflow is designed separately.
Single-cell 3′ gene expression
Study cell composition, expression profiles and state differences to support comparisons between populations.
Project-specific targeted RNA
Define enrichment content for agreed RNA targets in the context of your question and the underlying workflow.
Single-cell ATAC
Study chromatin accessibility and differences between cell populations as one dimension of regulatory research.
RNA + ATAC
A workflow for joint expression and chromatin research, with sample conditions, configuration and deliverability assessed separately.
5′ Gene Expression + TCR/BCR
An extension toward gene expression and immune repertoire research; assay scope and deliverability require project-specific confirmation.
R100
See how the workflow connects.
Follow the path from cell suspension, capture and barcoding to library preparation, sequencing and analysis.
Explore the R100 platformSample conditions shape the plan.
Share sample source, preservation, available material, study groups and the core question. Tissue dissociation, nuclei and fixed inputs each require compatibility assessment for the selected workflow.
SPATIAL OMICS
Spatial omics project assessment
Discuss sample feasibility, chip format and analytical needs for tissue structure and spatial expression research.
Spatial transcriptomics research
Use tissue sections, morphology images and spatial barcodes to investigate molecular readouts in their tissue context.
Discuss sample assessment, spatial experiments, library preparation, sequencing and analysis. Deliverables for each stage are agreed before the project begins.
Explore Spatial chips & workflowsSAMPLE FIRST
Start with the tissue.
The current input scope is fresh-frozen, OCT-embedded tissue. Pre-fixed or paraffin-embedded samples are not accepted. Discuss tissue type, preservation, sectioning conditions and the region of interest first.
Spatial transcriptomics is the current standard service; spatial ATAC and spatial protein can be discussed per project.
BULK OMICS & CUSTOM PROJECTS
Bulk omics and custom research projects
Choose a bulk assay around your research objectives and discuss analyses that complement other experimental information.
Bulk NGS
Discuss sequencing plans around the research subject and target regions, defining material, library preparation, coverage requirements and analytical scope.
Bulk RNA
Investigate overall expression differences between samples, beginning with sample quality, study groups and comparison design.
Bulk ATAC
Study population-level chromatin accessibility and discuss differential analysis and interpretation in the context of the experimental design.
Custom project assessment
Does your question call for several workflows?
Start from the study design and plan sample allocation, experiments and analysis together, combining bulk and single-cell approaches per project.
Discuss a custom planHOW WE WORK TOGETHER
How a project works.
- 01
Question & study plan
Define objectives, sample groups, assay content and the comparisons that matter.
- 02
Samples & feasibility
Assess sample conditions, compatibility and any pilot work, then agree the project scope.
- 03
Experiments & quality control
Coordinate experiments, library preparation and sequencing under the agreed plan, with relevant quality records.
- 04
Analysis & interpretation
Deliver agreed data and analyses, discussing scope and limitations alongside quality metrics.
DEFINE THE DELIVERABLES
Project deliverables and acceptance.
Deliverables can include raw data, quality reports, agreed analyses and method descriptions; the exact scope is confirmed with you for the selected workflow.
File formats, acceptance criteria, timelines and pricing are agreed before the project starts.
LET'S START WITH YOUR QUESTION
Discuss your samples and research goals with us.
Please share the sample source, study groups, the measurements you need and your existing lab resources, and we will discuss the workflow, feasibility and project scope with you.
Discuss a research plan