• Expertise: DNA, RNA, extractions, PCR, qPCR, dPCR

• Assessing current molecular workflows to identify efficiency gaps.

• Standardizing nucleic acid extractions and quantification, qPCR, NGS, and genotyping workflows.

• Cloning and gene expression techniques

• Implementing best practices for reproducibility, sensitivity, and specificity.

• Optimizing sample processing pipelines for scalability.

• Developing bioassay adaptable automation platforms

• Setup of custom Lab Media pipeline, with QC and expiration date​​

• Expertise: mammalian cell lines, primary cultures, stem cells and tissues.

• Development of standardized cell culture protocols for reproducibility.

• Optimize cell line maintenance, differentiation, and expansion.

• Implementing cell viability and functional assays for enhanced characterization.

• Genome editing workflows using CRISPR-based functional genomics.

• Developing cell culture models for advanced research applications.

• Optimization of protein expression systems in mammalian, bacterial, and insect cells.

• Developing and validating recombinant protein production protocols.

• Implement HT protein purification workflows.

• Characterizing protein structure, function, and stability using advanced analytical methods.

• Western blotting, ELISA, mass spectrometry, and structural biology techniques for in-depth characterization.

• Developing and optimizing NGS workflows for multiple omics applications.

• Implementing single-cell RNA sequencing for high-resolution cellular insights.

• Utilizing NGS-based mutation analysis for disease research and personalized medicine.

• Integrating bioinformatics pipelines for genomic data analysis and interpretation.

• Automating sample preparation and library construction for high-throughput sequencing.

• Expertise: cell-based assays, screens, IHC, IF and microscopy

• Assay development and protocols

• Developing and validating HTS workflows

• Implementing multiplexed fluorescence, luminescence, and reporter assays for cellular response evaluation

• Integration of  AI-driven image analysis for high-content screening and single-cell analytics.

• ​Utilization of advanced microscopy techniques for cell morphology and phenotypic characterization.

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• Evaluation of existing pipelines and identification of replacement solutions.

• Comparability analysis of multiple applications provided by various vendors.

• Assessment and optimization of lab space, including specialized culture rooms and restricted access areas. 

• Integration of sustainable practices aiming on reducing waste, optimizing resource use, and advancing environmentally responsible innovation.