Biotech Consulting and Advisory Services
Embedded Files
Molecular Biology
Molecular Biology
Workflow Development
Workflow Development
Microbe Engineering
Microbe Engineering
Expertise
Expertise
Kedar Patel, PhD is Principal at Patellica Solutions. Patellica provides tailored consulting services — from hands-on experimental support to high-level strategic advising — to accelerate product innovation in industrial biotech and biopharma. Our two core offerings are:
Development of molecular biology and microbe engineering workflows, and
Creating high-performing strains for scalable biomanufacturing.
We support teams across the full R&D lifecycle — from host selection and metabolic pathway optimization to strain improvement and fermentation readiness — helping turn ideas into commercializable enzymes and organisms.
📧 Contact: kedar@patellicasolutions.com
📍 Based in the San Francisco Bay Area
🔗 Available for consulting, advisory roles, and collaborations
Click here to learn more about Kedar Patel's expertise and professional accomplishments
Services
Scientific Advisory & Technical Leadership
Strategic R&D planning and program design
Scientific due diligence and landscape evaluations
Fundraising, pitch decks and grant proposals
IP and platform development strategies
Establishing scalable and efficient team workflows
Strain Engineering
Strategy
Strain engineering pipelines
Microbe selection and platform development (bacteria, yeast, fungi)
Pathway engineering and optimization (metabolic eng, refactoring, libraries)
High-throughput strain screening workflows
Molecular Biology & Microbiology Workflows
Protocol development for DNA cloning, expression, and assays
Tools for genome editing, protein expression, pathway control
Optimization of DNA assembly, protein production and activity
Establishing molecular QC and microbiological best practices
Hands-On
Technical Services
Experimental design and troubleshooting for strain development
Lab-based execution of molecular biology and microbiology workflows
Data analysis and interpretation to guide future design cycles
High-throughput screens and assay development
Page updated
Report abuse