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Congratulations to all our ReproLab graduates. we’re so proud of every one of you!
From juggling experiments, exams, lectures, multiple presentations, and report drafts that multiplied like flies, You have done it all. And guess what? It all paid off beautifully.
We miss you already, but remember: once a ReproLab member, always a ReproLab member. The lab feels different without your chaos, laughter, and last-minute “help me” messages.
From juggling experiments, exams, lectures, multiple presentations, and report drafts that multiplied like flies, You have done it all. And guess what? It all paid off beautifully.
We miss you already, but remember: once a ReproLab member, always a ReproLab member. The lab feels different without your chaos, laughter, and last-minute “help me” messages.
Our Mozzy enthusiast (Weilin) arrived proudly holding a bouquet of chickens. Yes, chickens. No, we don’t understand it either. Yes, it’s becoming a personality trait.
Weilin’s iconic "Wall of Thoughts" continues to grow (yes, everyone is still adding their philosophical nonsense)
Our dearest mozzy bud (Agabus) is graduating and heading straight into teaching! From being guided in the lab to guiding students, Good luck kids! your new teacher has excellent eyesight for spotting mistakes. after all, hours of dissecting mosquitoes really trained him well.
Yong Xun Liang (aka Gary) officially an RA at Reprolab, unofficially the lab’s forever-child. It took a whole team (including Prof NP) to get him into his graduation gown.
Yong Xun Liang (aka Gary) officially an RA at Reprolab, unofficially the lab’s forever-child. It took a whole team (including Prof NP) to get him into his graduation gown.
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Huge congratulations to Qihui for successfully defending her PhD and even better, for returning to the lab as a postdoc!
Her study explored how Phenotypic plasticity induced by their diets turned the humble Black Soldier Fly (BSF) into the ultimate waste-to-protein recycler, uncovering how diet during larval stages affects growth, reproduction, and industrial bioconversion efficiency.
From showing that lab-adapted BSFs are picky eaters with heightened superpowers, to revealing that males and females have very different “resource priorities,” Qihui bridged biology with practical applications for sustainable insect farming. Her work is literally turning food waste into gold…or at least protein-rich larvae!
We’re thrilled to have her back, continuing to transform BSF research. Welcome back, Qihui!
Her study explored how Phenotypic plasticity induced by their diets turned the humble Black Soldier Fly (BSF) into the ultimate waste-to-protein recycler, uncovering how diet during larval stages affects growth, reproduction, and industrial bioconversion efficiency.
From showing that lab-adapted BSFs are picky eaters with heightened superpowers, to revealing that males and females have very different “resource priorities,” Qihui bridged biology with practical applications for sustainable insect farming. Her work is literally turning food waste into gold…or at least protein-rich larvae!
We’re thrilled to have her back, continuing to transform BSF research. Welcome back, Qihui!
