Finland
I am a biomedicine and biotechnology professional currently working in genetic diagnostics as a Geneticist. I have over seven years of research experience and three years in R&D in the IVD industry. My expertise includes molecular biology, bioinformatics, and data analysis, with a strong focus on epigenetics, genetics, and early human development. I bring a strong work ethic, attention to detail, and problem-solving skills to both independent and collaborative projects. With a proactive and organized mindset, I am passionate about contributing to innovative healthcare and life sciences solutions that enhance human well-being. _______________________________________ My professional competences include: • Molecular and microbiological laboratory techniques. • Human embryonic stem cell culturing. • Bioinformatics and statistical analysis (R, SPSS). • Experimental design, implementation, reporting, result analysis and interpretation, and presentation skills in both academic and industrial settings. My personal competences include: • Strong work ethic and attention to detail. • Problem-solving, critical thinking, adaptability, and eagerness to learn. • Excellent teamwork capability. • Self-driven and organized, with strong skills in planning, scheduling, and executing tasks efficiently. Motivations and interests: • Advancing understanding of the molecular mechanisms underlying human health and development. • Bridging academic research and applied science to improve healthcare solutions. • Driving innovation in the fields of biotechnology, genetics, and medical diagnostics.
Doctoral Researcher in the Research Group of Environmental Epigenetics, Department of Medical Genetics, Biomedicum Helsinki. In my doctoral dissertation, "Early environmental effects on the placental epigenome and gene expression, and newborns’ phenotype: Focusing on prenatal alcohol exposure and Assisted Reproductive Technology," I explored how prenatal environmental factors, alcohol exposure and assisted reproductive technology, influence gene regulation in placental tissue. This research provides valuable insights into how the prenatal environment shapes health outcomes and opens new avenues for future studies aimed at promoting long-term health and well-being. Main tasks: - Conducted a variety of molecular biology techniques, including DNA methylation analysis. - Cultured human embryonic stem cells and trophoblast organoids. - Performed DNA methylation microarray and mRNA sequencing data analysis and visualization using SPSS and R.
Main tasks: - Designed and executed laboratory experiments, as well as analyzed and reported results involved in IVD test development. - Applied microbiological and molecular biology techniques, including qPCR, the isothermal amplification method SIBA®, and DNA/RNA extraction. - Worked in accordance with ISO 9001 and ISO 13485 standards, and FDA requirements.
Master's Thesis Student in the Research Group of Environmental Epigenetics, Department of Medical Genetics, Biomedicum Helsinki. Title: "Effects of assisted reproductive technology on DNA methylation at the IGF2/H19 gene locus and the phenotype of newborns". Main tasks: - Executed basic molecular biology techniques and DNA methylation analysis methods, including EpiTYPER® and traditional bisulfite sequencing. - Conducted basic statistical analyses using SPSS.