根据生命史理论，在任何给定时刻，珊瑚的免疫策略都是依赖于环境且表型可塑

根据生命史理论，在任何给定时刻，珊瑚的免疫策略都是依赖于环境且表型可塑的生理权衡的结果，发生在进化权衡的预定限制内。决定可塑性的生理成本可能在免疫力的维持和实施过程中发生。由免疫力维持的珊瑚全生物稳态可能与能量可用性和补偿成本的能力直接相关。因此，共生虫黄藻对珊瑚共生功能体能量供应的增加有助于满足高免疫水平下的能量需求。

According to life history theory, the immune strategy of corals at any given moment is the result of physiological trade-offs that depend on the environment and are phenotypically malleable, occurring within predetermined limits of evolutionary trade-offs. The physiological cost of determining plasticity may occur during the maintenance and implementation of immunity. The whole organism homeostasis of coral maintained by immunity may be directly related to energy availability and the ability to compensate for costs. Therefore, the increase in energy supply to coral symbiotic functional bodies by symbiotic insect yellow algae helps to meet the energy needs under high immune levels.

According to the theory of life history, at any given moment, coral's immune strategy is the result of a physiological trade-off that depends on the environment and has a plastic phenotype, which occurs within the predetermined limit of the evolutionary trade-off. The physiological cost that determines plasticity may occur during the maintenance and implementation of immunity. Coral homeostasis maintained by immunity may be directly related to energy availability and the ability to compensate costs. Therefore, the increase of energy supply of symbiotic zooxanthellae to coral symbiotic functional bodies is helpful to meet the energy demand at high immune level.