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Photoperiod Management for Centella asiatica in Vertical Farming

Research overview: This study investigated how photoperiod choices affect the growth and valuable compound production of Centella asiatica under vertical-farming conditions. Findings reflect the original experiment rather than SANANBIO product performance.

This study investigated how photoperiod choices affect the growth and valuable compound production of Centella asiatica under vertical-farming conditions. The research addresses the need to balance lighting duration, biomass development and crop quality when growing a medicinal or functional plant.

For commercial systems, it highlights why cultivation instructions must be crop-specific, especially when operators target the concentration of plant compounds rather than just fresh weight. The study does not demonstrate a universal optimum for all medicinal crops and does not identify SANANBIO as the equipment provider. The exact original publication day should be rechecked against the journal before release; the draft record leaves that date blank.

Original paper: https://www.nature.com/articles/s41598-026-44883-w

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How Light Intensity and Nutrient EC Interact in Hydroponic Lettuce

Research overview: Researchers studied the combined influence of nutrient-solution electrical conductivity and lighting intensity on butterhead lettuce grown hydroponically. Findings reflect the original experiment rather than SANANBIO product performance.