Practical R&D problem solving for early-stage biotech
Assay development, image analysis, and molecular design & animation—delivered with scientific rigor and startup speed.
Services
Assay Development
Expertise in designing and optimizing assays that uncover challenging molecular targets—combining rigorous controls and quantitative readouts to ensure reproducible performance.
- Assay design, validation & QC strategy
- Troubleshooting biochemical and cell-based workflows
- Custom SOPs & data analysis pipelines
Image Analysis
Quantitative workflows for microscopy and high-content imaging—extracting hundreds of cellular features per well to reveal phenotypes, mechanisms, and quality metrics at scale.
- CellProfiler & Python-based feature extraction
- High-throughput phenotyping & comparative analysis
- Actionable data summaries for screening and decision-making
Molecular Design & Visualization
Communicate complex biology with precision. From molecular models to therapeutic mechanism visuals, designs are optimized for investor decks, publications, and R&D collaboration.
- Protein & ligand structure visualization
- Mechanism-of-action & pathway illustrations and animations
- Custom figures for decks, communications, and investor relations
About
I bridge two worlds: bench science and computational data analysis. Trained as a molecular and cell biologist (Ph.D., UC Berkeley), I’ve spent years at the bench and behind the microscope, uncovering disease mechanisms at the nanoscale and developing new assays, imaging approaches, and analytical tools. My work spans advanced microscopy, quantitative image analysis, and high-content experimental pipelines, with an emphasis on rigor, reproducibility, and biological insight. Recent work includes assay design and validation, high-content imaging pipelines, and production-quality molecular visuals for scientific and investor communications. I collaborate quickly, translate complex biology into clear results, and deliver polished, decision-ready outputs.