Seven Biomedical Laboratory Technology students from UC Leuven-Limburg UAS visited MATE - Hungarian University of Agriculture and Life Sciences for a five-day intensive course, diving into the fascinating world of embryonic development and biotechnology from 17 to 21 March 2025.
Their journey began with a warm welcome, registration, and an introduction to the Institute of Genetics and Biotechnology of MATE by Dr. Elen Gócza, the Head of Animal Biotechnology Department, and her enthusiastic team. The students introduced themselves, setting the stage for an engaging week of learning and collaboration. Later in the week, the programme director of medical laboratory technology at UCLL and one of their home university teachers also joined the program.
The students started their unique and insightful course with chicken embryonic development and primordial germ cells, followed by hands-on activities, where students practiced the isolation, characterization and injection, and also explored microscopic analysis of chicken embryonic development.
Comparison of rabbit, human and farm animal embryonic development
Continued with a deep dive into mouse embryonic development, comparing it with that of rabbits, humans, and farm animals. Practical sessions allowed students to observe mouse embryos via video demonstrations and perform DNA microinjection techniques.
Delving further into mammalian embryology, the students engaged in rabbit embryo collection and cultivation. They also participated in a hybrid lecture, alongside MATE’s Agricultural Biotechnology MSc students, on transgenesis and genome editing. This was followed by an advanced session monitoring cultured mouse embryos and chimeras.
Beyond laboratory work, the students explored the broader scientific landscape within MATE’s Gödöllő campus. A visit to the Department of Aquaculture provided insights into Hungary’s advancements in aquatic biotechnology. Additionally, they toured the Hungarian National Biodiversity and Gene Conservation Center, a central budgetary institution overseen by the Ministry of Agriculture, where experts showcased cutting-edge biotechnological research.
Balancing rigorous scientific training with cultural immersion, the students visited the Gödöllő Royal Palace. This historic landmark, once the residence to Sissi, Elisabeth the Empress of Austria and Queen of Hungary, offered a glimpse into the country’s regal past.
This intensive week program provided an immersive experience, blending theoretical knowledge with practical skills. It also fostered international collaboration and cultural exchange, making it an unforgettable week for both students and faculty. Students left with enriched expertise and lasting memories, reinforcing the importance of global academic partnerships in scientific progress.
Links
➞ MATE Hungarian University of Agriculture and Life Sciences
➞ MATE Institute of Genetics and Biotechnology
