Esme Fd

My doctorate in biology, completed at Paris Cité University, allowed me to work on a demanding research topic: Conn's adenomas with KCNJ5 mutations. I conducted an in-depth study of calcium signaling, a central mechanism in hormonal deregulation and the pathophysiology of these adrenal tumors. This immersion in such a specialized field gave me a fine understanding of the cellular and molecular processes involved in primary hyperaldosteronism.

During my thesis, I faced the need to produce highly precise scientific documents: articles, abstracts, reports, presentations, and funding applications. I learned to transform complex experimental data into clear, structured, and scientifically rigorous messages. This ability to make technical content understandable has become one of my strongest skills.

My doctoral work also led me to collaborate with several research teams, participate in the collective writing of documents, and integrate international scientific communication standards. I developed a thorough mastery of scientific writing, in both French and English, as well as a particular sensitivity to coherence, terminological precision, and discourse fluidity.

Today, I use this expertise to support students, researchers, and healthcare professionals in producing impeccable texts. Thanks to my dual scientific and writing expertise, I can enhance the clarity, credibility, and impact of your documents, whether they are dissertations, theses, articles, reports, or presentations. My goal is simple: to help you present your work with the quality and rigor it deserves.

During my postdoctoral fellowship at University College London, I worked in an international research environment dedicated to understanding the cellular mechanisms that support tumor progression. My project focused on studying the contact sites between mitochondria and the endoplasmic reticulum (MAMs), essential platforms for intracellular communication. These structures play a central role in regulating calcium exchange, a fundamental process for the survival, metabolism, and adaptation of cancer cells.

I explored how calcium fluxes between these two organelles influence mitochondrial metabolism, energy production, and signaling pathways involved in tumor growth. This work allowed me to deeply analyze how cancer cells reorganize their metabolic circuits to support their proliferation, and how MAMs become key players in this metabolic reprogramming.

During this experience, I developed advanced expertise in cell biology, imaging, functional organelle analysis, and the study of calcium signaling pathways. I also participated in the writing and optimization of high-level scientific documents, collaborating with multidisciplinary teams. This immersion in a world-renowned international laboratory taught me to produce precise, structured writing adapted to the standards of modern biomedical research.

Today, this experience directly enriches my scientific editing activity. It allows me to quickly understand complex content, identify inconsistencies, improve the clarity of scientific messages, and effectively support researchers, students, and healthcare professionals in valorizing their work.

My Master's 2 internship was the first structured step in my research career. Conducted in an academic research laboratory, it allowed me to familiarize myself with the experimental and conceptual approaches that would later become the core of my doctoral work. I discovered the basics of adrenal adenoma pathophysiology, as well as initial concepts of intracellular signaling, particularly concerning calcium mechanisms.

This internship offered me the opportunity to participate in a real research project, from experimental design to results analysis. I learned to handle cell models, implement reproducible protocols, and interpret complex biological data. This immersion gave me a concrete understanding of laboratory operations, the rigor required in biomedical research, and the importance of a structured scientific approach.

I was also introduced to scientific writing, particularly through preparing reports, presentations, and literature reviews. This writing work taught me to organize my ideas, clarify technical concepts, and effectively communicate experimental results. These writing skills were essential for the rest of my career, especially when writing my thesis.

This Master's 2 internship therefore played a decisive role in shaping my scientific identity. It provided me with the methodological, technical, and writing foundations that subsequently supported all my doctoral work. Today, this experience directly enriches my scientific editing activity, allowing me to quickly grasp the challenges of a research project and effectively support students and researchers in valorizing their writing.