Radosław Kamil Ejsmont

I lead a team of up to 8 researchers, working on several projects, developing synthetic biology tools for Eukaryotic model organisms. I set the research directions and evaluate the results.

As part of the faculty, I am shaping the development and human resources strategy of a research institute.

I teach and train undergraduate and graduate interdisciplinary students.

• Synthetic transctiption factors
• Genome editing
• CRISPR
• Cell culture
• Animal transgenesis
• Metabolic engineering

I managed an interdisciplinary research project studying transcriptional mechanism of neurodifferentiation.

I supervised undegraduate interns and master students. I coordinated collaborations with other teams.

• Cellular differentiation
• Tissue imaging
• Transcriptomics
• Automated image analysis
• Machine learning

I created novel fluorescent reporter system to measure gene expression levels in vivo. I designed and executed the experiments, analysed and interpreted the results.

I supervised undergraduate interns.

• Fluorescent reporter design
• Genome engineering
• Animal transgenesis
• High-throughput assays
• Genetics

I constructed and mapped genomic libraries for four sequenced Drosophila species. I developed high-throughput, genome-wide gene tagging strategies.

I collaborated with leading microscope manufacturer on development of a novel system. I developed protocols for in vivo imaging of intact embryos.

• Genomic libraries
• Recombineering
• Fluorescent reporters
• Automated liquid handling
• In vivo imaging
• Lightsheet microscopy
• Long-term time-lapse imaging

I prototyped and designed software for planning, execution and result storage of high-throughput, genome wide gene tagging projects.

I led development team implementing this system. I worked with automated sample handling company to integrate the system with their product.

• Bioinformatics
• Clone mapping
• Automated clone selection
• Liquid / sample handling
• Jave EE
• Spring framework
• Hibernate