综上所述，我们推测珊瑚共生功能体通过增加能量供应维持高水平免疫力适应季

Taken together, we speculate that coral symbionts adapt to seasonal stress by maintaining high levels of immunity through increased energy supply. This adaptive process can be broadly defined as increased resistance following prolonged exposure and is a phenomenon of fully adaptive immunity. <br>Corals develop some plasticity under long-term scale periodic seasonal stress that protects against future challenges 3, 78. This is a tantalizing topic in this era of climate change and coral reef crisis 79 . <br>The ability of corals to adapt and/or adapt to more extreme conditions79, possibly through immune memory and/or immune training77, is extremely important for future conservation of coral reef ecosystems. The mechanisms of immune memory vary across organisms but remain largely unexplained, including corals. And corals remain a challenge to unravel adaptive processes due to the synergy of different symbionts. Therefore, it will be a hot area of ​​coral reef research for a long time in the future.

In summary, we speculate that coral symbiotic functional organisms maintain a high level of immunity to adapt to seasonal stress by increasing energy supply. This adaptive process can be broadly defined as an increase in resistance after long-term exposure, which is a phenomenon of fully adaptive immunity.<br>Under long-term periodic seasonal pressure, corals have developed a certain degree of plasticity, which can prevent future challenges 3,78 This is a tempting topic in this era of climate change and coral reef crisis.<br>Corals may be able to adapt to and/or adapt to more extreme conditions77 through immunological memory and/or immune training79, which is extremely important for the protection of coral reef ecosystems in the future. The mechanism of immunological memory varies from organism to organism, but it remains to be clarified to a large extent, including coral. Moreover, due to the synergistic effect of different symbionts, coral remains a challenge in revealing the adaptive process. Therefore, it will be a hot field of coral reef research for a considerable period of time in the future.

To sum up, we speculate that coral symbiotic function can maintain a high level of immunity to adapt to seasonal stress by increasing energy supply. This adaptive process can be broadly defined as the increase of resistance after long-term exposure, which is a phenomenon of complete adaptive immunity.<br> Coral has a certain plasticity under the long-term periodic seasonal pressure, which can prevent future challenges. 3, 78. This is an attractive topic in this era of climate change and coral reef crisis.<br> Coral may adapt to and/or adapt to more extreme conditions through immune memory and/or immune training, which is extremely important for the protection of coral reef ecosystem in the future. The mechanism of immune memory varies from organism to organism, but it still needs to be clarified to a great extent, including corals. Moreover, coral is still a challenge to reveal the adaptive process because of the synergistic effect of different symbionts. Therefore, it will be a hot field of coral reef research for a long time to come.