Plant omics strategy · analysis · training
We integrate transcriptomic, epigenomic and single-cell evidence to prioritize candidates, build testable biological models and define the next experiment.
The real deliverable
Not another folder of plots. Complex datasets become a defensible shortlist, an explicit biological model and a practical route to validation.
Focused services
Every engagement begins with the biological question and the decision the data must support—not with a predetermined pipeline.
We assess the biological question, experimental design, replicates, metadata, technology choices and analytical strategy before resources are committed—or when a study has stalled.
You receive: a risk map and an experimental–analytical plan.We connect expression, chromatin accessibility, DNA methylation, genotype and phenotype to reduce long lists to defensible candidates and validation experiments.
You receive: a candidate ranking, biological model and validation plan.We audit existing data, resolve analytical bottlenecks and build reproducible analyses, publication-grade figures, methods and a scientifically supported interpretation.
You receive: reproducible outputs, figures and a coherent evidence-based narrative.Applied experience
The work behind Plant Omics Studio spans root stress biology, chromatin regulation, genome-content change, crop multi-omics and reproductive development.
Selected publications
ATAC-seq and RNA-seq integration · root biology · nutrient stress
DOIComparative epigenomics · polyploidy · crop genomics
DOIGenome, methylome, transcriptome, proteome and metabolome integration
DOIGenome-content change · chromatin accessibility · gene regulation
DOIOngoing research collaboration
Analysis and biological interpretation of single-cell transcriptomic data during pollen tube development, including cell-type annotation, marker interpretation and maternal–paternal transcriptional signatures. Manuscript in preparation.
Scientific training
Specialized training connecting reproductive development, biological interpretation and experimental design—an example of the workshop format available to research groups and graduate programs.
Scientific capabilities
The advantage is not running each method independently. It is knowing how evidence from one layer should change the interpretation of another.
Nutrient signaling, phosphate starvation and environmental plasticity.
Polycomb/Trithorax regulation, histone marks and genome organization.
Pollen tube, ovule, embryo, seed phenotypes and apomixis.
Genetic and epigenomic responses to genome-content change.
A transparent process
Define the claim and decision the data must support.
Evaluate design, metadata, quality and available evidence.
Connect molecular layers and test alternative explanations.
Deliver a model, figures and a validation plan.
Our philosophy
Accessible knowledge · Shared reasoning · Honest interpretation
You do not need to arrive with every answer or master every method before a project can move forward. A meaningful question, existing data or even a well-defined uncertainty is enough to begin.
Plant Omics Studio works alongside research teams to make advanced omics understandable and useful—building the analytical route, sharing knowledge and keeping the biological reasoning visible at every step.
“Bring the question, the data or the uncertainty. We can build the next step together.”
Start with the question
✣Send a short description of the biological question, organism, available datasets and current bottleneck. The first conversation establishes fit and the most useful next step.
Projects in English or Spanish · Remote collaboration
