Key Responsibilities:

• Lead an independent research project aligned with the laboratory's focus on chromatin regulation and brain cancer biology.
• Developing mechanistic hypotheses, designing and executing experiments using molecular, genomic, and cell-cycle–resolved approaches, integrating multi-omics datasets, and driving the project from conception to publication.
• Analyze and interpret complex datasets, prepare manuscripts, present findings at national and international conferences.
• Investigates the direct molecular impact of chromatin modifiers during cell cycle progression and explores both canonical nuclear functions and unappreciated cytoplasmic roles, including the regulation of translation
• Apply for competitive fellowships and career development awards

Key Responsibilities:

• Lead an independent research project aligned with the laboratory's focus on chromatin regulation and brain cancer biology.
• Developing mechanistic hypotheses, designing and executing experiments using molecular, genomic, and cell-cycle–resolved approaches, integrating multi-omics datasets, and driving the project from conception to publication.
• Analyze and interpret complex datasets, prepare manuscripts, present findings at national and international conferences.
• Investigates the direct molecular impact of chromatin modifiers during cell cycle progression and explores both canonical nuclear functions and unappreciated cytoplasmic roles, including the regulation of translation
• Apply for competitive fellowships and career development awards