作者：Jinglun Zhao, Tao Yuan,* Hui Huang,* Xiaolin Lu*
關(guān)鍵字：Coral culture system, Micro-device system, Environmental control, Symbiotic relationship
論文來源：期刊
發(fā)表時(shí)間：2023年
Corals are fundamental organisms in marine and coastal ecosystems. With the advancement of coral protection research in recent years, precise control of the coral culture environment is highly in demand for coral conservation and study. Here, we developed a semi-closed coral culture micro-device system as a multi-functional platform, which can provide accurate and programmable temperature control, a sterile initial environment, long-term stable water quality, an adjustable dissolved oxygen concentration, and a customized light spectrum for corals. Owing to the modular design, the coral culture system can be upgraded or modified by installing desirable new modules or removing existing ones. Currently, under appropriate conditions and with proper system maintenance, the sample corals can survive for at least 30 days in a healthy state. Furthermore, due to the controllable and sterile initial environment, this coral culture system can support research into the symbiotic relationship between corals and associated microorganisms. Therefore, this micro-device system can be applied to monitor and investigate sea corals in a relatively quantitative manner.
https://app.jove.com/v/65651/author-spotlight-advancing-coral-culture-creating-semi-quantitatively