Jérômine Vigneau

Led an independent PhD project in chromatin biology, combining experimental and data analysis approaches to study genome regulation in brown algae.

Designed and performed multi-omics experiments (ChIP-seq, RNA-seq, Hi-C) and developed workflows to integrate complex datasets. Identified chromatin-based regulatory mechanisms and contributed to high-impact publications, including a first-author pape

Contributed to the setup of a new molecular biology laboratory, including equipment installation, workflow organization, and protocol development.

Established and optimized experimental procedures in molecular and cellular biology, supporting multiple research projects through technical expertise and troubleshooting.

Initiated a cross-disciplinary research project by identifying cancer-specific neotranscripts using RNA-seq and ChIP-seq data.

Built collaborations across teams, enabling downstream immunology studies. Applied advanced molecular and genomic techniques (Hi-C, ChIP-seq, siRNA, spheroids) in a cancer research context.

Applied fundamental and advanced molecular and genomic techniques (DNA extraction, RNA extraction, Protein purification, Western blot, cell culture, blood centrifugation, PCR, RT-qPCR, Hi-C, ChIP-seq, siRNA, spheroids) in a cancer research context.

Research internship using C. elegans to study mRNA processing and gene regulation. Explored how alternative splicing and promoter activity control gene expression across tissues and developmental stages, using fluorescent reporters to track expression in vivo. Vectors construct with AQUA-Cloning technics.

Doctoral research focused on chromatin regulation and genome dynamics, combining molecular biology, genomics, and computational analyses. Led independent research projects, implemented high-throughput experimental approaches, and analyzed complex multi-omics datasets. Developed strong expertise in data interpretation, scientific writing, and project coordination within an international research en