We provide advanced cellular fluorescence labeling, immunocytochemistry and immunofluorescence workflows, high-resolution imaging, and quantitative image analysis across 2D and 3D cellular systems. Our work also includes custom model development, assay design, antibody validation, and scientific consulting to support discovery and preclinical research.

We can support the full workflow, from sample and model preparation through fluorescence labeling, imaging, and quantitative analysis. We can also work on more focused projects where clients provide prepared samples and we perform imaging and downstream analysis.

Yes. We support antibody evaluation and optimization as part of imaging-based workflows. This may include marker selection, staining condition optimization, imaging verification, and generation of high-quality visual and quantitative outputs that help assess specificity, performance, and usability in relevant cellular models.

Typical readouts include morphology, marker expression, spatial organization, subcellular localization, cell state changes, co-localization, phenotypic shifts, and other image-derived measurements. We can design projects around both qualitative visualization and quantitative outputs, depending on what the study needs to answer.

Yes. Quantitative analysis is a key part of our offering. In addition to generating high-quality images, we provide structured image analysis and data outputs that can include cell-level measurements, marker intensity, population-level summaries, and other custom metrics tied to the goals of the experiment.

We support a wide range of in vitro systems, including standard 2D cultures, co-cultures, spheroids, organoids, biomaterial-based systems, and engineered 3D microenvironments. Depending on project needs, we can work with immortalized cell lines, primary cells, stem-cell-derived systems, and other custom cellular models.

We support both. In many cases, 2D systems are the fastest and most efficient way to answer an early question, while 3D systems are valuable when spatial context, matrix interactions, or more biologically complex responses are important. We help determine which format is most appropriate for your study goals.

Yes. Custom assay development is a core part of our work. We can help define markers, controls, endpoints, imaging strategy, and quantitative outputs so the study is aligned with your biological question and decision-making needs rather than forcing your project into a generic template.

Yes. We can design imaging-based studies around compounds, biologics, antibodies, or other perturbations to evaluate treatment-associated phenotypes, marker changes, spatial effects, and cellular responses across relevant 2D and 3D systems.

We typically begin with a discussion of your scientific objective, model system, markers, sample type, timeline, and desired outputs. From there, we define scope, recommend an approach, and prepare a project plan and quote. Once aligned, we move into execution, updates, and final delivery.

Deliverables vary by project, but commonly include curated microscopy images, processed figures, quantitative analysis outputs, summary slides or reports, and documentation of the workflow used. We structure deliverables around what your team needs for decision-making, internal review, or external communication.

Timelines depend on project complexity, sample type, level of assay development, and analysis needs. Straightforward imaging projects can move much faster than custom assay or 3D model development studies. We discuss timing during scoping and provide realistic expectations before work begins.

Pricing is project-based and depends on study scope, workflow complexity, model system, staining requirements, imaging depth, and analysis deliverables. After understanding the project, we provide a customized quote aligned with the specific work required.

Yes. Depending on project scope, clients may send prepared samples, antibodies, reagents, compounds, protocols, or biological materials. We can also discuss hybrid workflows where some parts are handled by your team and others by ours.

Our work is built around deep hands-on experience in cellular fluorescence labeling, advanced imaging, engineered model systems, and image-based biological interpretation. We do not simply run a protocol; we help clients think through experimental design, assay structure, marker strategy, and how to generate data that is useful for real decisions.

Yes. We can support scientific consulting around assay design, model selection, imaging strategy, marker selection, workflow planning, and interpretation of image-based studies, including situations where clients need expert guidance before launching a larger experimental program.

Yes. We work with a range of organizations, including biotech and biopharma teams, technology developers, antibody-focused groups, and academic researchers who need high-quality cellular imaging, analysis, and scientifically thoughtful collaboration.

Yes. We understand that many projects involve confidential research plans, proprietary materials, or unpublished data. We can work within standard confidentiality practices and discuss appropriate agreements before project initiation when needed.

The easiest way to start is to contact us through the website and briefly describe your project goals, sample type, and what kind of support you need. We will follow up to discuss scope, feasibility, and the best next steps.