Maëlle Le Moing Email & Phone Number

Vienna, Austria

• Leading the creation and delivery of high-quality documentation for end-users• Optimised the customer support system by integrating technical insights from stakeholders• Developing, communicating and documenting technical processes and clinical features • Articulating the impact of genetic testing regulations and quality requirements (e.g., IVDR, MDR, ISO 15189, FDA, ISO 13485)• Engaging in performance evaluation activities of IVD software solution• Proficient in… Show more • Leading the creation and delivery of high-quality documentation for end-users• Optimised the customer support system by integrating technical insights from stakeholders• Developing, communicating and documenting technical processes and clinical features • Articulating the impact of genetic testing regulations and quality requirements (e.g., IVDR, MDR, ISO 15189, FDA, ISO 13485)• Engaging in performance evaluation activities of IVD software solution• Proficient in industry-standard tools (Visual Studio Code with LaTeX, Typora, GitLab, Confluence and JIRA) Show less

Vienna, Austria

• Assisted the development and delivery of NGS-based services• Developed and validated routine library preparation assays, both manually and with automated robotic systems• Operated, maintained and troubleshot instruments and processes• Contributing to scientific publications and research collaborations• Maintained customer support and productive interaction with researchers

Melbourne, Victoria, Australia

• Managed large-scale NGS projects involving biological samples• Mentored and supported new hires and colleagues• Developed and implemented NGS-based services (research and diagnostic) for routine use• Validated and launched new services, including a rapid genomic diagnosis program and single-cell assay• Programmed and validated assays on robotic systems• Generated and maintained documentation and SOPs in compliance with NATA requirements• Managed customer and… Show more • Managed large-scale NGS projects involving biological samples• Mentored and supported new hires and colleagues• Developed and implemented NGS-based services (research and diagnostic) for routine use• Validated and launched new services, including a rapid genomic diagnosis program and single-cell assay• Programmed and validated assays on robotic systems• Generated and maintained documentation and SOPs in compliance with NATA requirements• Managed customer and stakeholder relationships, including project management, cost estimation, and billing• Maintained and calibrated laboratory equipment Show less

Melbourne, Victoria, Australia

• Developed and delivered genomic tests for research and clinical applications, including genomic, exomic, and transcriptomic sequencing• Conducted NGS assays, including sample quality checks, library preparations and sequencing• Operated and maintained state-of-the-art equipment• Generated technical reports for diagnostic and research purposes• Participated in continuous improvement of laboratory procedures• Operated process and data entry into Laboratory Information… Show more • Developed and delivered genomic tests for research and clinical applications, including genomic, exomic, and transcriptomic sequencing• Conducted NGS assays, including sample quality checks, library preparations and sequencing• Operated and maintained state-of-the-art equipment• Generated technical reports for diagnostic and research purposes• Participated in continuous improvement of laboratory procedures• Operated process and data entry into Laboratory Information Management Systems (LIMS) Show less

Melbourne, Australia

Project: Investigating the cellular and molecular biology of oncogenes and translocations in acute myeloid leukaemia. The important focus is to use genomic techniques to detect these changes and translate this knowledge to guide treatments.

Melbourne, Clayton Campus

Project: Uncovering novel mechanisms regulating white blood cell formation. Determination of the target molecular networks of proteins required for myelopoiesis, to identify previously unknown pathways controlling the development of white blood cells in health and disease. Model: Zebrafish embryos, blood cellsLab techniques: Microinjection, qPCR, RT PCR, luciferase assay, plasmid preparation, subcloning, cell culture, CHIPseq, genotyping.

Geelong Campus, Waurn Ponds, Australia

Project: Defining the genetic program underpinning β-cell regeneration in vivo in type 2 diabetes conditions / Implications of Bisphenol A exposure during pancreas development and the onset of obesity.Model: Zebrafish embryosLab techniques: quantitative Polymerase Chain Reaction, Whole Mount in situ Hybridisation, plasmid cloning, construction of RNA probes, extraction of RNA zebrafish embryos, Photoconversion, Oil-Red-O staining, Mitotracker, Seahorse.

Geelong, Victoria, Australia

Subject: Implications of Bisphenol A exposure during pancreas development and the onset of obesity.Model: Zebrafish embryosLab techniques: quantitative Polymerase Chain Reaction, Whole Mount in situ Hybridisation, plasmid cloning, construction of RNA probes, RNA extraction, Oil-Red-O staining, Mitotracker, Seahorse.

Werribee Campus, Melbourne, Australia

Project: Novel biofouling resistant membranes by high velocity embedment of silver particles.Lab techniques: Microbiology tests in material engineering environment, bacteria culture, media preparation, data entry.

Lille Area, France

Subject: Modulation of sestrines expression by pro diabetoga conditions in INS1 cells.Model: Human Beta CellsLab techniques: pancreatic islets isolation and purification, Glucose Stimulated Insulin Secretion Assay (GSIS), cell culture, mRNA extraction and reverse- transcription, qPCR, protein extraction, Western Blotting, and statistical analysis.

Master Of Physiology, Pharmacology And Neurosciences

Bachelor Of Animal Physiology And Neurosciences