Plant nutrition, light and growing conditions each need specialist care. Meet the people working on those questions at LUYA, with their research backgrounds and the work they contribute.
It is common for brands to display expert portraits and let readers infer that those experts endorse the whole product. We state each person's actual area of involvement so that inference is not necessary.
Associate Professor at the University of Connecticut with expertise in postharvest biology and food science. Her research focuses on the nutritional quality and bioactive compounds of microgreens. Author of multiple peer-reviewed studies on microgreen nutrition and growing optimization.
Scope at LUYA: Advises on microgreen nutrition and postharvest quality.
PhD in Agricultural Science from Okayama University, Japan, fully funded by the competitive Japanese MEXT Government Scholarship. She trained under Professor Yoshiyuki Murata and has published four peer-reviewed papers on crop production and plant stress resistance. She also holds a Master's in Plant Molecular & Cellular Physiology and Biotechnology from Carthage University, Tunisia, where her academic results earned the Tunisian National Excellence Scholarship.
Scope at LUYA: Works on microgreen nutrition, bioactive compounds and stress-modulated nutrition tuning.
Master's from China Agricultural University with 6+ years in controlled-environment agriculture and high-quality vegetable cultivation. She specializes in hydroponic system design, nutrient-solution optimization and precision climate control, and holds two invention patents in smart seedling technology.
Scope at LUYA: Leads growing-recipe development and indoor cultivation systems.
PhD in Agronomy and Plant Molecular Biology from the Tobacco Research Institute, Chinese Academy of Agricultural Sciences, followed by postdoctoral research at the CAS Center for Excellence in Molecular Plant Sciences in Shanghai and the light-signalling lab at Shenzhen University. His work centres on how light governs plant growth and metabolism: UV-B perception through the UVR8 photoreceptor, energy signalling, and the secondary metabolites that follow. His published research covers sugar signalling, leaf senescence and the gene-regulatory networks behind plant development. Experimentally he works with controlled light and UV treatments, chlorophyll fluorescence, antioxidant and pigment assays, and multi-factor experimental design analysed in Python and R.
Scope at LUYA: Designs light recipes and the experiments behind them — how spectrum, intensity and photoperiod shape growth, pigment and nutrient outcomes. Works with our engineers to turn those experiments into reproducible growing data.