Your Agricultural Genomics Research Partner for Sequencing, Genotyping, and Bioinformatics
Supporting crop and livestock genomics projects with research-focused technical services, integrated analysis, and clear project communication.
At CD Genomics, we support agricultural research teams with sequencing, genotyping, and bioinformatics services designed around real study goals. From genome-level analysis to marker-focused workflows, we help researchers, breeding programs, and applied genomics teams move from project planning to usable results with greater clarity and efficiency.
Built to Support Agricultural Genomics Research
CD Genomics provides research-oriented support for agricultural genomics projects across sequencing, genotyping, and downstream data analysis. We work with teams seeking practical technical support for crop and livestock studies, whether the goal is genome characterization, marker analysis, breeding-related research, or project-specific bioinformatics interpretation.
Our role is not limited to running isolated assays. We aim to support research workflows in a way that helps clients align methods with study objectives, understand technical options more clearly, and move toward interpretable outputs that are useful for downstream analysis and decision-making.
We serve academic researchers, research institutes, breeding-oriented programs, and applied genomics teams that need a capable partner for project execution, technical discussion, and structured data delivery.
What We Support Across Agricultural Genomics
Our support is organized around research needs, not just service names. We help clients approach agricultural genomics studies with methods that fit the biological question, project scope, and downstream use of the data.
Sequencing-Based Research Support
We support agricultural genomics studies that rely on sequencing to investigate genomes, targeted regions, biological variation, and study-specific molecular features across a wide range of crop and livestock applications.
Genotyping and Marker Analysis
We help research teams design and execute genotyping-focused projects for SNP detection, marker analysis, population-level comparison, and other studies where structured marker information is central to the research goal.
Trait Mapping and Breeding-Oriented Studies
We support projects connected to trait discovery, genetic mapping, breeding research, and germplasm evaluation, with technical workflows that can be adapted to different species and study designs.
Bioinformatics and Data Interpretation
We complement experimental workflows with bioinformatics support that helps convert raw outputs into interpretable results, organized deliverables, and analysis-ready data for downstream use.
Integrated Capabilities From Wet Lab to Bioinformatics
Agricultural genomics projects often require more than one technical step to produce meaningful results. That is why our support model is built around integration rather than fragmentation. We bring together experimental execution, data generation, and analysis support so that researchers can work through projects with a clearer path from sample to interpretation.
Our capabilities span sequencing-based workflows, genotyping strategies, marker-related studies, genome-focused research support, and bioinformatics analysis designed to fit the needs of agricultural research. This integrated approach helps reduce disconnects between laboratory work and downstream interpretation, especially in projects that require customized planning or multi-step technical coordination.
Instead of treating sequencing, genotyping, and analysis as separate tasks, we approach them as connected parts of a research workflow. This makes it easier to support projects with more specific technical requirements and more complex research objectives.
From Sample to Insight
Research teams often need more than a service description to evaluate a technical partner. They need a clearer sense of how project support is structured, how data moves through the workflow, and what kind of outputs they can expect.
Our agricultural genomics support model is designed to connect sample handling, data generation, and downstream interpretation in a practical way. Whether a project centers on sequencing, genotyping, or integrated analysis, the goal is to provide a workflow that is technically sound and operationally clear.
A Clear Path From Inquiry to Results
Good project support depends not only on technical execution, but also on how clearly a team can move from discussion to delivery.
01
Project Discussion
We begin by understanding the biological question, project scope, sample context, and intended research outcomes.
02
Technical Alignment and Study Planning
We help align the technical approach with the study objective, taking into account workflow fit, data needs, and practical considerations for execution.
03
Sample and Experimental Execution
Once the plan is defined, the project moves into coordinated experimental support and data generation.
04
Data Analysis and Reporting
We organize outputs into structured results and analysis-ready deliverables that support downstream interpretation.
05
Follow-Up Communication and Support
We continue the discussion after delivery when clarification, interpretation support, or next-step planning is needed.
Why Research Teams Choose Us
For agricultural genomics projects, the right partner is not just a provider of assays. It is a team that can support research decisions, coordinate execution, and deliver results in a way that fits the project.
Broad Support Across Agricultural Genomics
We support a range of project types across sequencing, genotyping, and bioinformatics, helping teams work across multiple technical needs without unnecessary fragmentation.
Project-Oriented Flexibility
Research projects do not always fit rigid service templates. We aim to support study-specific needs with a practical and technically grounded approach.
Integrated Experimental and Analytical Support
By combining laboratory support with downstream analysis, we help researchers move from data generation to interpretation more efficiently.
Professional, Research-Focused Communication
Clear communication matters in technical projects. We work to keep project discussions focused, responsive, and useful from planning through delivery.
Collaboration Experience Across Research and Industry
Our broader collaboration experience reflects work with universities, research institutes, and applied research organizations seeking technically grounded project support, clear communication, and structured delivery.
Trusted by research and industry organizations
Across these collaborations, clients often value clear communication, practical technical alignment, and well-structured project delivery.
What Clients Value in Working With Us
“We approached the team for a maize SNP panel project focused on genetic distance across long-developed inbred lines. What we valued most was their ability to understand the breeding context quickly and translate a fairly complex question into a workable technical plan. The discussion stayed practical from the start, and it felt like the project was being shaped around the biology rather than forced into a generic service package.”
Breeding Program Lead, UC San Diego
“Our project involved targeted mutation screening in tomato, so we needed more than a standard sequencing quote. The team was particularly helpful in clarifying how a TILLING-by-sequencing strategy could be structured, what the screening scope would mean in practice, and how the work could be divided into stages for planning and budgeting.”
Research Scientist, University of Oxford
“We needed support for a genotyping-focused study with dependable coordination and clear reporting. Communication was organized, responses were timely, and the outputs were easy for our team to review.”
Plant Genomics Specialist, A*STAR Singapore
“What stood out to us was the balance between execution and interpretation. We were not simply looking for raw data; we needed results that were structured, understandable, and useful for next-step decisions. The collaboration was smooth and professional.”
Associate Professor, UCLA
Research Visibility Through Publication-Linked Experience
For research-focused service teams, trust is strengthened when technical capabilities are reflected in real study outputs. Below is a selected group of publications aligned with the agricultural genomics scope of this site, with emphasis on crop and livestock research, sequencing, genotyping, and bioinformatics-related workflows.
For a broader view of our publication record, please visit our publication page.
Selected publications relevant to agricultural genomics, sequencing, genotyping, and data analysis
Exploiting DNA methylation in cassava under water deficit for crop improvement
PLOS ONE, 2024
Related service: MethylRAD-Seq
Methylation in the CHH Context Allows to Predict Recombination in Rice
International Journal of Molecular Sciences, 2022
Related service: Whole Genome Bisulfite Sequencing (WGBS)
Frequency of alleles linked to Cry1F resistance in European corn borer (Lepidoptera: Crambidae) from the United States
Journal of Economic Entomology, 2025
Related service: SNP Genotyping Service
Unveiling the Genetic and Physiological Synergies of Iron and Sulfur Homeostasis in Durum Wheat: From Root to Grain
Physiologia Plantarum, 2025
Related service: Genotyping-by-Sequencing (GBS)
Lf2 is a knotted homeobox regulator that modulates leaflet number in soybean
bioRxiv, 2025
Related service: DAP-seq
Let’s Discuss Your Agricultural Genomics Project
Whether you are planning a sequencing study, a genotyping project, a breeding-related research workflow, or bioinformatics support for agricultural genomics data, we welcome early-stage discussions as well as project-ready inquiries.
