UGM-Indonesia’s 2025 project advances low-cost biomanufacturing of a DENV-2 Domain IIIsubunit vaccine in Nicotiana tabacum (tobacco). The team’s approach leverages salt-inducibleTYDV Rep/RepA expression systems to drive efficient protein production in plants. This effort isan avenue that could make dengue vaccination more accessible across resource-limited settings.The team’s project focuses on an everyday problem with big impact: making dengue protectionmore affordable and easier to produce. In simple terms, the students are exploring how commonplants can act like tiny factories. If successful, this approach could help lower costs and makeaccess to protection more equitable.
ny families every year,and solutions that are practical, safe, and scalable can strengthen public health. The UGMstudents showed how young innovators from Indonesia can contribute ideas that make a realdifference on the global stage.


































































