"There seems no limit to research, for as been truly said, the more the sphere of knowledge grows, the larger becomes the surface of contact with the unknown."
William Cecil Dampier
I recently graduated from Ghent University with a Master in Bioscience Engineering, specializing in Cell and Gene Biotechnology. My passion lies in genetic engineering, molecular biology, (epi)genomics, and the biology of aging. Currently, I am working as a PhD student at the University of Antwerp, conducting research on the identification, heterologous expression, purification, and characterization of novel potential antibiotics.
Alongside my academic pursuits, I am the owner and content creator of Talpham, a science education YouTube channel. With a problem-solving mindset, discipline, and a positive outlook, I am continuously learning and expanding my skill set. Ultimately, my goal is to pursue a research-focused career that allows me to leverage my skills and expertise in the pursuit of scientific progress.
Cell and Gene Biotechnology (biomedical)
Bioengineers specialized in cell and gene biotechnology are capable of directing biological processes at DNA, protein, organism or ecosystem level and of using their engineering mindset to put that knowledge into practice for industry and society. The professional field is very broad and includes the production, analysis and application of enhanced biological processes, organisms, or systems to manufacture products intended to improve the quality of human life.
Cell and Gene Biotechnology
The bachelor is proficient in foundational mathematics and natural sciences with advanced knowledge in bio-engineering sciences. Skilled in modeling and representing processes/systems, integrating knowledge from various disciplines, and developing research projects. Possesses analytical problem-solving skills, a research attitude, and effective communication abilities. Experienced in functioning within teams, assuming responsibility for setting and achieving goals. Knowledgeable of ethical, technical, ergonomic, social, and environmental aspects when approaching work in the bio-engineering field.
Full-time research position, focused on identifying and characterizing novel beneficial compounds produced by lactic acid bacteria. My work aims to unravel the molecular mechanisms governing probiotic bacteria while discovering new antimicrobials. This work is pivotal in the fight against antibiotic resistance, a crisis predicted by the WHO to cause as many casualties as cancer by 2050.
Through the integration of bioinformatics, genetic engineering, analytical chemistry, molecular biology, and microbiology, I successfully identified, recombinantly expressed, purified, and characterized novel antimicrobial compounds produced by lactobacilli. The discovery of these compounds presents promising opportunities for combating pathogenic bacteria and decreasing reliance on conventional antibiotics.
During this research project, I utilized a range of techniques, including genome analysis, plasmid and primer design, PCR, gel electrophoresis, heat-shock transformation, Gibson Assembly, restriction/ligation, sonication, AKTA purification, SDS-PAGE, Western blotting, and LC-MS.
I designed and executed a study aimed at optimizing the colonization of specific bacteria on plant leaves. To achieve this, I developed four unique methods and conducted a randomized controlled trial to determine their effectiveness. I analyzed the bacterial composition of the leaves through culturomics and 16S DNA sequencing which allowed me to gain a deeper understanding of the complex microbial communities present on plant surfaces and the potential impact of different colonization methods.
Guiding and evaluating a group of four final-year bachelor students (bio-engineering) in their dissertation project, providing lab mentorship and feedback on manuscripts and presentations.
Mentoring high school seniors in a biology of aging dissertation project, involving experimental setup, data analysis, and manuscript preparation, specifically focusing on the effect of caloric restriction on the lifespan of Drosophila melanogaster.
Produced and edited a promotional video for a new master's program, Sustainable Urban Bioscience Engineering, including coordinating interviews.
Video link:
https://www.sube.be/
https://www.youtube.com/watch?v=FQgMhsBtS_U
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If you have any questions or would like to discuss a potential collaboration, don't hesitate to contact me via email.