Evangelia Virginia Chaldaiaki

Undergraduate Student in Biological Sciences at University of Edinburgh

Biography

Background

I am a highly motivated second-year undergraduate student pursuing a Bachelor of Science with Honours in Biological Sciences at the University of Edinburgh. I have developed strong skills in collaborative research and laboratory work through both my academic coursework and hands-on experience in professional research settings.

I have a particular interest in genetics, regeneration, and stem cell research, with a keen focus on understanding how biological systems function at both molecular and cellular levels. My experience spans laboratory internships, academic projects, and volunteer initiatives, all of which have honed my ability to think critically, solve complex problems, and contribute effectively to scientific research.

CV

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Qualifications

  • 2023 – Present – BSc (Hons) Biological Sciences, University of Edinburgh, average score: 74.6

    First year courses: Biological Chemistry 1A- Mark: 79%, Biological Chemistry 1B- Mark: 70% ,  Biology 1B: Life- Mark: 74%, Biology 1C: Discovery Mark: 74% , Variation 1A- Mark: 68%, Biology 1D Environment Mark: 78%

       Second year courses: Cells to Organisms 2: 66%,  Biology 2A: Data Exploration in Biology: 85%,  Biology 2B: Genetics and Evolutions: 77%

  • 2021 – 2023 – International Baccalaureate, HAEF

    • High-Level Subjects: Biology (6/7), Chemistry (6/7), English B (6/7)

    • Standard Level: Modern Greek Literature (7/7), Psychology (6/7), Mathematics AA (6/7)      

Responsibilities & affiliations

Editor and social media manager of the Biopod Society, University of Edinburgh

Research summary

  •  Molecular genetics and its applications in regenerative medicine: I am particularly fascinated by the intricate genetic mechanisms that govern cell behavior and tissue development. By exploring gene expression patterns and regulatory pathways, I aim to uncover novel insights into how genetic interventions can enhance regenerative processes. Understanding these mechanisms has the potential to revolutionize treatments for degenerative diseases and tissue injuries, ultimately leading to personalized medicine solutions.
  • Stem cell biology and its role in tissue repair: Stem cells hold immense promise for regenerative medicine, and I am especially interested in their potential for repairing and replacing damaged tissues. My focus is on deciphering the signals that drive stem cell differentiation and their interactions with the microenvironment. By studying these cellular dynamics, I aspire to contribute to cutting-edge therapies for conditions such as organ failure, neurodegenerative diseases, and wound healing, ultimately advancing the field of tissue engineering.
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